JP3184647U - Antique - Google Patents

Abstract

The present invention provides an urn that does not clog a hole with dew condensation water and prevents the remains from directly touching dew condensation water.
A non-corrosive mesh tube 4 and a mesh circular underlay 14 are inscribed in the urn, and a large number of holes are made in the urn bottom so that the remains are not exposed to dew condensation water. Aged deterioration of the remains can be prevented for a long time.
[Selection] Figure 2

Description

The present invention relates to an urn having a mesh-like underlay and a number of holes in the bottom of the urn.

In a hot and humid climate like Japan, condensation was likely to occur, and the condensed water accumulated in the urns and the remains were submerged.
It is unlikely that rainwater will pour into the urn placed in the carote, and some of the opening of the urn body has an edge that seems to be drained. It can be said that there is.

Utility model application publication number ACT No. 7-28537

Utility model registration number Utility model registration table 3075551

Prior art urns include those with holes in the bottom of the urn to drain water and those with a net placed in the same part to prevent the remains from blocking the hole, Since some of the urns are deformed at the bottom when firing and the center of the bottom is lifted after molding, some holes are also made in the outer periphery of the bottom of the urn to allow water to flow out of the urn .
However, these ideas do not always keep the inside of the urn clean.
This is because dew condensation is generated on the inner and outer surfaces of the urn so that it can be said that it is all year round, and in the previous technology, the remains were touched by the dewed water and deteriorated, and the remains and fragments of powder remained at the bottom of the urn and blocked the holes. The remains were submerged. For this reason, it is a subject to prevent the remains from touching the dew condensation water and to promote the outflow of the dew condensation water to the outside.

In Invention 1, a mesh circular underlay of the same quality as that of a mesh tube is inscribed in the inner wall of the urn and the bottom of the urn, and the dew condensation water flows out of the urn from the numerous holes in the urn.
In Invention 2, the mesh tube and the circular circular underlay are inscribed in the urn to create a space corresponding to the wire diameter of the wire frame and the circular wire base between the urn inner wall and the urn inner bottom.
The device 3 is made of stainless steel and a carbon fiber reinforced plastic or an alloy of non-corrosive material titanium.
In Invention 4, the drainage hole is triangular in order to improve drainage at the bottom of the urn.
Device 5 uses a fine mesh of mesh in order to make the outer periphery of the mesh underlayment flexible and contact the inside of the urn.
In Invention 6, in order to drain the condensed water flowing out from the urn faster than the outer bottom part of the urn, a wire cylinder part mounting table with a mesh base is attached to the outer peripheral bottom part of the urn body part.

In the urn, the reticulated tube urn and the circular circular underlay of the same device are inscribed in the urn and the condensed water flows out of the urn from the many holes at the bottom of the urn so that the remains are submerged. In addition, since the remains are prevented from directly contacting the dew condensation water, the deterioration of the remains can be prevented for a long time.

Perspective view of antique (1) antique main body Cross-sectional view of the urn (2) Lid (3) Body (4) Reticulated tube rivet (5) Separation equivalent to wire frame and wire diameter (6) Calculus inner wall lowest part horizontal hole (7) urn bottom inner wall outer periphery Hole (triangle) (8) Bone Bottom center hole (1-a) Bone inner wall (1-b) Bone inner bottom Top view of the bottom of the urn Cylindrical mesh fence perspective view (9) Cylindrical mesh fence (with vertical cut) (10) Vertical cut and wire cut Wire frame perspective view (11) Wire frame (12) Upper and lower circular wires (with cuts) (13) Vertical holding wire Reticulated tube rod perspective view (4) Mesh tube rod Mesh circular underlay Plan (14) Mesh circular underlay (15) Flexible round fine mesh plate (16) Circular mesh plate (17) Circular wire base (18) Mesh plate holding circular wire Cross section of mesh circular underlay Wire cylinder part mounting table perspective view with a mesh base (19) Wire cylinder part mounting table with a mesh base (20) Circular wire three-stage base (21) Circular mesh plate Wire barrel mounting table with mesh base

In a ceramic urn, in the body of the urn body 1 in the urn main body 1, the reticulated tubular urn 4 and the circular mesh underlay are urn having a diameter of the upper part of the urn that is smaller than the diameter of the bottom of the urn 14 is expanded and contracted together with the cut line 10 and the flexible circular fine mesh plate 15, and is inserted into the urn torso 3 to provide a space corresponding to the diameter of the wire in the urn inner wall 1-a and urn inner bottom 1-b. I can do it.

A large number of triangular holes 7, a central hole 8, and a lowest hole on the inner wall of the urn are formed in the urn inner bottom 1-b to allow the dewed water to flow out of the urn. A plan view of the bottom of the urn is [FIG. 3].

The mesh tube 4 for inscribing the inner wall of the urn is formed by fixing a cylindrical mesh ridge 9 with a vertical cut 10 on the inner diameter side of the wire frame 11, and the wire diameter on the inner wall 1-a of the urn. A considerable separation can be provided.

The mesh-shaped circular underlay 14 is attached inscribed to the inner bottom portion 1-b of the urn, and a circular mesh plate 16 having the same mesh size as that of the mesh-shaped tube rod 4 is used at the center, and the outer periphery thereof is flexible. A flexible circular fine mesh plate 15 is fixed by a mesh plate holding circular wire 18 and a circular wire base 17 is fixed to the bottom thereof to form a single piece.

The wire cylinder portion mounting table 19 with a mesh base has a circular mesh plate 21 fixedly formed at the center stage of the circular wire three-stage base 20, and is attached to the bottom of the outer periphery of the barrel 3 of the urn as shown in FIG.

The mesh tube 4 and the mesh circular underlay 14 are inserted into the urn by expanding and contracting the cut 10 and the flexible circular fine mesh plate 15 from the urn opening, and the urn inner wall 1-a and the urn inner bottom 1 are inserted. -B is inscribed and fitted with a spring.

The mesh tube 4 is set to a size that does not cause a gap in the vertical cut 10 when it is inscribed in the urn.

When the mesh circular underlay 14 is inscribed in the urn inner bottom 1-b using a flexible circular fine mesh plate 15 having flexibility at the outer periphery, the end is inscribed and fitted to the urn inner wall 1-a. To prevent fall of remains and powder to the bottom of the urn.

At the bottom of the urn [FIG. 3], the triangular hole 7 is equally formed at 8 locations, and the center of the urn at the bottom and the round hole 8 are formed at 1 location so that one side is in contact with the urn inner wall 1-a. Also, one or two horizontal holes 6 are drilled at the bottom of the inner wall of the urn so that the condensed water flows out of the urn.

The shape of the hole that improves drainage is called the contact angle θ when the liquid makes contact with the surface of the solid, and when the contact angle θ is an acute angle, the liquid wets the solid and plays when it is obtuse. When the water flows and touches the hole, the contact angle θ becomes a sharp angle, so that the drainage is improved.

The mesh tube 4, the mesh circular underlay 14, and the wire cylinder-attached wire barrel mounting table 19 are made of stainless steel SUS304 or 316 and carbon fiber reinforced plastic, or an alloy of a non-corrosive substance titanium.

The mesh size of the circular mesh plate 16 of the cylindrical mesh cage 9 and the mesh circular underlay 14 is # 0.34-0.43 × 14-20, and the flexible circular fine mesh plate 15 of the mesh circular underlay 14 is # 0.18-0. Use of 25X30 to 40 is preferable because the water drainage is good and there is no fall of remains, powder or the like. In addition, the mesh size of the circular mesh plate 21 of the wire cylinder portion mounting table 19 with a mesh platform is preferably # 1.1X5.

The upper and lower circular wires (notched) 12 of the wire frame 11 are made of stainless steel spring material. ~ 3 mm is preferred. This provides ideal separation between the remains and the urn inner wall 1-a and urn inner bottom 1-b. The material of the three-stage circular wire of the wire cylinder portion mounting table 19 with a mesh base is preferably 3 to 4 mm in strength.

Stainless steel SUS304 and 316 are generally distributed as industrial products, and are easily available as mesh products, and are resistant to chemicals and excellent in durability. Carbon fiber reinforced plastic is light, strong, flexible, and used in many sports products. Titanium alloys and the like are expensive but light and have excellent durability and are easy to incorporate into high-end products.

The wire cylinder part mounting table 19 with a mesh base is formed by fixing and forming a circular mesh plate 21 at the center stage of the circular wire three-stage base 20, and is attached to the bottom of the outer periphery of the antique body part 3 as shown in FIG. It is placed on the carcass antique table and a gap is provided between the antique body and the table to promote the outflow of dew condensation water to the outside of the carcass.

Claims (6)

A urn having a lid and a torso, wherein a non-corrosive mesh tube and a circular circular underlay are inscribed in the urn and a plurality of holes are provided in the urn inner bottom. 2. The urn of claim 1, wherein a space is provided between the mesh tube urn and mesh circular underlay and the urn inner wall and urn inner bottom. 2. The urn according to claim 1, wherein the mesh-shaped tube rod and the mesh circular underlay are made of at least one material selected from the group consisting of stainless steel, carbon fiber reinforced plastic, and an alloy of non-corrosive titanium. The urn according to claim 1, wherein the hole is triangular. 2. The urn according to claim 1, wherein the outer periphery of the mesh circular underlay is formed as a flexible circular fine mesh plate. The urn according to claim 1, wherein a wire cylinder-part mounting table with a mesh base is provided at an outer peripheral bottom of the body part.

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