JP3058615U - Urn structure - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide an urn structure that is resistant to external impact and has an effect of enhancing the preservation of ashes. SOLUTION: An inner lid 4 and an outer lid 5 of the same material are combined with a ceramic inner pot 2 and an outer pot 3 made of a material that is difficult to crack,
The inner urn body 2 is fitted into the outer urn body 3 storage tank 32. When the inner urn body 2 is installed in the outer urn body 3 accommodating tank 32, the support arc-shaped edge 2
1 and a difference in the diameter of the circle, a gap is formed between the inner urn body 2 and the outer urn body 3, and the gap is filled with the synthetic material 6, and the inner urn body 2 and the outer urn body 3 are integrated. Join. The inner lid 4 is directly fitted to the inner urn body 2 by forming a ring-shaped leak-proofing R, and forms a hermetic seal. The outer lid 5 is formed by mounting the convex tank 51 inside. Is screwed with the stepped screw notch 31. In this way, the sealing performance is further improved, and the effects of earthquake resistance and breakage prevention and sealing performance are provided.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a kind of urn structure. In particular, it is filled with a kind of synthetic material, fitted and installed, the outer urn body is united, the ashes are stored in the inner urn tank, and the inner and outer lids are directly fitted and screwed and fixed. The inner and outer pots are closed at their ends to form a double sealing effect, and the fixed position of the outer lid also creates pressure in the closing direction against the inner lid. It relates to the structure of the urn, which has the effect of ensuring tightness and improving the preservation of ashes.

[0002]

[Prior art]

 "Urban urn" is a urn-shaped container for storing ashes. Known urns can be divided into approximately two types of materials, ceramic and metal. Ceramic urns mainly use the strong preservability of ceramics to achieve the effect of preserving the remains without altering the remains. However, the porcelain material is vulnerable to external impacts and cannot withstand severe vibrations, and cracks or breaks in the urn easily occur. As a result, if the ashes are dissipated, it is indeed disrespectful to the deceased, but with the new urn, the above-mentioned cracking and damage problems can continue to occur. For this reason, some companies have gradually replaced ceramic urns with metal urns, but the metal urns have poor resistance to deterioration, and the closure of the urn and the top lid is not enough. doing. As a result, the stored remains may become damp or severely deteriorated, and eventually the purpose of storing and storing the remains may be meaningless.

[0003]

[Problems to be solved by the invention]

 In order to remedy the various disadvantages of the above-mentioned known structures, the present invention has an object to provide a urn structure. It is made of synthetic material, fitted and installed, and the inner and outer urns are integrally connected, the ashes are stored in the inner urn inner tank, and the inner and outer lids are directly fitted and screwed and fixed. In each case, the inner and outer pots are closed at their ends to form a double sealing effect, and the fixed orientation of the outer lid also creates pressure in the direction of the lid against the inner lid, and the inner lid is closed. It has the effect of ensuring tightness and enhancing the preservation of ashes. In addition, the inner urn body and inner lid of the present invention are made of porcelain, and the outer urn body and outer lid are made of a material that is resistant to breakage, so that they have a strong preservation property and are not likely to be broken or damaged. Furthermore, in the present invention, since the inner and outer urns are connected in a separable manner using synthetic material, the buffering action of the synthetic material is also added, and the seismic resistance of the ceramic inner urn is improved, and the impact of the inner urn is increased. Damage can be prevented. In addition, the present invention utilizes the support arc-shaped edge installed at the bottom of the inner pot body to raise the bottom face of the inner pot body to form a gap, so that the filled synthetic material can completely cover the entire inner pot body. Thus, an effect of stabilizing the connection between the inner and outer urns is provided.

[0003]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides the following urn structure. It consists mainly of a ceramic inner pot, an outer pot made of hard-to-break material, an inner lid and an outer lid made of the same material, and the inner pot fits into the outer pot housing tank. When the inner urn is installed in the outer urn housing tank, a gap is formed between the inner urn and the outer urn due to the separation by the support arc-shaped edge and the difference in the diameter of the circle, and the gap is filled with the synthetic material. , Inner urn and outer urn are combined. The inner lid is formed with a ring-shaped leakage stopper and directly fits into the inner pot body to form a hermetic seal. Screw.

[0004]

[Embodiment of the invention]

 As shown in the figure, the present invention mainly includes an inner urn 2 and an outer urn 3 combined with an inner lid 4 and an outer lid 5. Among them, the outer pot body 3 is manufactured using a material that is difficult to break, and the top end is a cylindrical container with a stepped screw thread 31, and the inner pot body 2 is fitted using a storage tank 32. The ceramic inner pot body 2 has several support arc-shaped edges 21 protrudingly provided at the bottom and an annular layer 23 recessed at the top of the inner tank 22. The diameter of the outer circle of the inner urn body 2 is slightly smaller than the diameter of the outer urn body 3 storage tank 32.

[0005] Next, when the inner urn body 2 is fitted into the outer urn body 3 accommodating tank 32, there is a gap between the inner urn body 2 and the outer urn body 3 due to the separation by the support arcuate edge 21 and the difference in the diameter of the circle. A gap (indicating the inner circumference and bottom of the inner pot body 2) is formed. Subsequently, the gap is filled with the synthetic material 6, and the inner urn 2 and the outer urn 3 are integrally joined. At this time, as shown in FIG. 2, the ashes S can be stored in the inner tank 22 of the inner urn 2.

In addition, the present invention includes an inner lid 4 and an outer lid 5 made of the same material as the urn (that is, a material that is hardly cracked with ceramic). The inner lid 4 is directly fitted to the inner urn body 2 by a method in which an annular leak-proof R is provided. As a result, the annular leak stopper R just closes the annular layer 23 at the end of the inner urn 2 to form a hermetic seal. At this time, as shown in FIG. 3, the air A outside the urn cannot enter the inner urn 2, so there is no possibility that the ashes S in the inner urn 2 are deteriorated. The outer lid 5 is screwed with the stepped screw notch 31 of the outer urn body 3 by a method in which the convex tank 51 is installed inside. When the orientation of the outer lid 5 is completed, a tight contact action with the inner lid 4 is formed. As a result, the lid between the inner lid 4 and the inner urn body 2 is more tightly closed, and as shown in FIG. 4, a urn having a strong connection is formed. Moreover, the inner urn body 2 and the outer urn body 3 which are made of different materials are fitted and installed by using a joining medium called a synthetic material 6, thereby providing effects of earthquake resistance and damage prevention. In addition, the hermetic sealing of the urn achieves the practical purpose of keeping the ashes moist.

[0007]

[Effect of the invention]

 The present invention has the effect of directly fitting and screwing the inner and outer lids to the inner and outer urns, forming a double sealing effect, and improving the preservability of ashes. In addition, the inner urn body and inner lid are made of porcelain, and the outer urn body and outer lid are made of a material that is resistant to cracking, so that they have strong preservation properties and are not likely to be broken or damaged. Furthermore, in the present invention, since the inner material and the inner urn are connected in an isolated manner by filling with the synthetic material, the buffering action of the synthetic material is also added, the seismic resistance of the ceramic inner urn is improved, and the inner urn can be damaged by impact. Can be prevented. Furthermore, using the support arc-shaped edge installed at the bottom of the inner urn body to raise the bottom of the inner urn body to form a gap, the filled synthetic material can completely cover the entire inner urn body, It has the effect of stabilizing body connection.

[Brief description of the drawings]

FIG. 1 is a three-dimensional exploded view of the present invention.

FIG. 2 is an illustration showing a state in which the outer urn is integrally connected and the ashes are stored in the present invention.

FIG. 3 is a usage instruction diagram of the present invention with the inner lid closed.

FIG. 4 is a stereotaxic view of the present invention with the outer lid closed and fixed.

[Explanation of symbols]

 Reference Signs List 2 inner urn 21 support arc-shaped edge 22 inner tub 23 annular layer 3 outer urn 31 stepped screw cut 32 accommodating tub 4 inner lid 5 outer lid 51 convex ridge 6 synthetic material R annular leak stop

Claims (3)

[Utility model registration claims] 1. An outer urn is a container made of a material which is hard to break, and an inner urn is inserted into the outer urn using a storage tank. The inner urn can accommodate ashes, mainly the inner and outer urns. In the urn structure in which the inner and outer lids are combined with the body, the outer diameter of the inner urn body is slightly smaller than the outer urn body storage tank,
When the inner urn body is inserted into the outer urn body storage tank, a gap is formed between the inner and outer urn bodies, and the gap is filled with a synthetic material.
The urn structure, wherein the inner and outer urns are integrally joined to make the urn have earthquake resistance, moisture proofing and impact resistance. 2. The inner lid is fitted on the inner urn body in a manner to cover over the annular leakage stopper, the annular leakage stopper just covers the end annular layer of the inner urn body, and the outer lid is a convex tank. The urn structure according to claim 1, wherein the urn is screwed with a stepped screw notch of the outer urn body and positioned by a method of installing the urn inside. 3. When the screwing and positioning of the outer lid is completed, a tight pressing action is performed on the inner lid in the closing direction, so that the inner lid and the inner pot body are more tightly closed. The urn structure according to claim 1, wherein the height of the urn is increased.