KR101170429B1 - The pot of ashes to rest - Google Patents

Abstract

PURPOSE: A cinerary urn is provided to reduce the expenses of purchasing a cinerary urn and a place of enshrinement because cremated remains are respectively accommodated in first and second sub containers. CONSTITUTION: A cinerary urn comprises a main container(10), a cover(40), a first sub container(20), and a second sub container(30). The cover comprises a handle(41) to close an opening of the main container. Flat plate portions(21,31) of the first and second sub containers are installed to be touching in the middle part of the main container. A path(42) for allowing mutual communication between the first and second sub containers is formed in the handle of the cover. Recessed portions(22,32) and vent holes are respectively formed in an upper surface of the flat plate portions where the first and second sub containers are facing each other.

Description

Ossuary Jar {The pot of ashes to rest}

The present invention relates to an ossuary complex, and more specifically, to allow two persons to be jointly placed in a complex such as a couple, for example, in order to reduce costs and maintain marital love permanently after installation, and to install and separate It is about the ossuary complex to make it easier.

In general, the ossuary means cremating a body and putting the ashes in a jar and serving them to the ossuary. The jar containing the ashes is called an ossuary complex.
The ossuary complex is usually made of porcelain, and is sealed in a cylindrical shape with a cover.
And, the outside of the cylindrical ossuary complex may be attached to the handle to hold by hand.
In general, the ossuary method is gradually increasing in a manner suitable for the domestic situation where the land is cramped.
Conventionally, the crypts are usually molded in the form of a container with one inner space as in Korean Utility Model No. 20-2011-8453.
However, the bone powder collected after the cremation work is only about 1/3 to 1/4 in the ossuary complex.
In the case of the ossuary, there is a space for accommodating a small container volume of the ossuary complex, which is quite expensive.
Thus, for example, if the parents are destined to purchase the settled places in the expensive ossuary separately at two separate costs, and each of the expensive ossuary complexes having one generally known ossuary storage space must be settled. There was a problem of economic damage.
In addition, despite being married to a place that is far away from each other, not only has difficulty in management, but also has a lot of inconveniences, such as giving a lot of inconvenience because the descendants have to ancestors separately.

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On the other hand, it has recently been proposed to divide the inside of one ossuary complex into a plurality of spaces for use by a large number of people.
However, the structure is relatively complicated and the number of parts has a disadvantage that the cost increases.
Accordingly, the present invention has been invented to solve the above problems, to provide a gallstone complex to prevent any one of the bone powder to decay first even when two bone powder is stored separately in the space of the ossuary complex The purpose is.
Another object of the present invention is to provide a ossuary complex which can provide economic benefits by reducing the manufacturing cost of the user and significantly reducing the cost of purchase per ossuary by lowering the manufacturing cost due to its simple structure and small number of parts.

Still another object of the present invention relates to an ossuary complex that facilitates installation and separation of the ossuary container to be separated.

The object of the present invention, the main container 10 and the ashes are contained therein, the upper portion is open;

In the crypts consisting of a lid 40 having a handle 41 to seal the opening of the main container 10,

The semi-cylindrical first sub container 20 and the second sub container 30 in which ashes are contained in the main container 10 are installed such that the flat plate portions 21 and 31 are in contact with each other.

The handle 41 of the lid 40 has a passage 42 for communicating the first sub container 20 and the second sub container 30 with each other in a hollow state,

Indentation portions 22 and 32 and vent holes 23 and 33 are formed on the upper surfaces of the flat plate portions 21 and 31 to allow the first sub container 20 and the second sub container 30 to be in contact with each other. Are each formed by.

Meanwhile, the main container 10, the first sub container 20, the second sub container 30, and the lid 40 are formed of a ceramic material, and the lid 40 is inserted into an open opening of the main container 10. The connection part 44 is molded stepwise so that the packings 1 are installed in the connection part 44.

According to the configuration of the present invention described above, for example, when the couple each died and wants to be placed in the ossuary after cremation, bone powder can be stored in the first sub-container 20 and the second sub-container 30, respectively. In addition to the cost, the cost of per ossual can be significantly reduced, resulting in economic benefits.

In addition, the indentation portion drilled through the passage 42 and the flat plate portion 21 and 31 of the handle 41 in a state where bone powder is stored in the first sub container 20 and the second sub container 30. 22) 32 and the ventilation holes 23, 33 through the air is to be made.

1 is an exploded perspective view showing the configuration of the present invention.
2 is a cross-sectional view showing the configuration of the present invention.
Figure 3 is a longitudinal cross-sectional view showing the configuration of the first sub container and the second sub container of the present invention.

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

As shown in FIGS. 1 to 3, the ossuary jar of the present invention has a cylindrical shape and a hollow jar shape, the first sub container 20 and the second sub container 30 accommodated therein. It is produced by dividing into.

The main container 10, the first sub container 20, the second sub container 30, and the lid 40 are all formed of a ceramic material in consideration of product quality and natural breathability.

The upper portion of the main container 10, the first sub container 20, and the second sub container 30 are all formed to be open for the container function, so that the first sub container 20 and the second sub container 30 are formed. It is possible to store and withdraw the ashes through the open inlet.

The lid 40 is covered with an upper inlet of the main container 10 which accommodates the first sub container 20 and the second sub container 30 therein.

As shown in the drawing, the first sub container 20 and the second sub container 30 have a cylindrical shape in which a flat plate portion 21 and 31 connecting a circular portion in a straight line are symmetrically contacted with each other at the center thereof. Will be achieved.

When the two first sub-containers 20 and the second sub-container 30 are assembled to form a symmetrical cylindrical shape, the outer diameter is slightly smaller than the inner diameter of the main container so as to be accommodated in the cylindrical main container 10. do.

In addition, the first and second sub containers 20 and 30 have a recessed portion 22 and 32 on the upper surface of the flat plate portions 21 and 31 connecting the circular portions in a semi-cylindrical shape. To me.

In addition, vent holes 23 and 33 are drilled through the flat plate portions 21 and 31 at positions displaced from the recesses 22 and 32, respectively.

Here, the ventilation holes 23 and 33 exemplify two holes in the drawing, but two or more holes may be drilled.

When the lid 40 is covered in the state where the first sub container 20 and the second sub container 30 are accommodated in the main container 10, the first sub container 20 may be covered by the lid 40. While the upper surface of the second sub container 30 is in close contact with the inside is also sealed.

At this time, the inside of the first sub-container 20 and the second sub-container 30 is communicated by a passage 42 formed in a hollow cross-sectional structure into the handle 41 of the lid 40.

In addition, the recesses 22 and 32 cut into the upper surface of the flat plate portions 21 and 31 formed to block the first sub container 20 and the second sub container 30, and the recess part ( The inside of the first sub container 20 and the second sub container 30 are communicated by the vent holes 23 and 33 bored in a position shifted from the 22 and 32.

Meanwhile, the main container 10, the first sub container 20, the second sub container 30, and the lid 40 are formed of a ceramic material, and the lid 40 is formed in the opening of the main container 10. The connection part 44 is molded stepwise so that it may fit.

Packings 1 are installed in the connection part 44 to prevent dust or foreign matter from flowing from the outside.

As described above, two first sub-containers 20 and two sub-sub containers 30 are divided into the main container 10 in which one ossuary complex forms a case.

Thus, for example, after the couple died at different times, the bone powder collected by the cremation procedure may be separately placed inside two people after purchasing only one ossudan.

In this case, it is natural to reduce the cost of purchasing the ossuary complex, and in particular, it provides economic benefits, such as significantly reducing the cost per ossuary, which requires the sale or maintenance of a high cost.

Meanwhile, the concave portions 22 and 32 and the vent holes 23 and 33 formed in the upper surface of the passage 42 and the flat plate 21 and 31 formed on the handle 41 of the lid 40 are provided. The ash storage spaces in the first sub container 20 and the second sub container 30 which are separated from each other are in communication with each other.

Therefore, the internal air of the first sub container 20 and the second sub container 30 is circulated with each other to prevent the bone powder stored in any one of the spaces from decaying first.

1-Packing 10-Main Container
20-1st sub container 30-2nd sub container
21, 31-flat plate 22, 32-recess
23, 33-vent 40-lid
41-grip 42-passage
44-connections

Claims (2)

The main container 10 is opened and the ashes are contained therein,
In the crypts consisting of a lid 40 having a handle 41 to seal the opening of the main container 10,
The semi-cylindrical first sub container 20 and the second sub container 30 in which ashes are contained in the main container 10 are installed such that the flat plate portions 21 and 31 are in contact with each other.
The handle 41 of the lid 40 has a passage 42 for communicating the first sub container 20 and the second sub container 30 with each other in a hollow state,
Indentation portions 22 and 32 and vent holes 23 and 33 are formed on the upper surfaces of the flat plate portions 21 and 31 to allow the first sub container 20 and the second sub container 30 to be in contact with each other. Ossuary jars, each of which is formed.
The method of claim 1, wherein the main container 10, the first sub container 20, the second sub container 30 and the lid 40 is formed of a ceramic material, the lid 40 of the main container 10 The ossuary complex characterized in that the connecting portion 44 is formed to be stepped so as to fit in the open opening, and the packings 1 are installed in the connecting portion 44.

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