KR200344329Y1 - Ashes pat with a sealable lid - Google Patents

Abstract

The present invention is made of a closed structure, the corresponding coupling portion of the cover 20 and the hollow body 30, by the timber or synthetic resin crypt coarse or crypt, to prevent the intrusion of foreign matter into the crypt, and between the outside and the cavity 50 There is no condensation caused by temperature difference.

Description

CAPES with closed structure {ASHES PAT WITH A SEALABLE LID}

The present invention relates to a crustal complex or ossuary with a cover made of a sealed structure. In particular, the present invention relates to a wood or synthetic resin ossuary complex or ossuary with a cover made of a closed structure.

Conventionally, the crypt is placed on the remains of a human body after cremation of a human body, mainly made of metal, ceramics, glass, wood, etc., and covered with a cover of homogeneous material having a simple structure. It was housed in a crypt that consists primarily of stone. By the way, the conventional crypts were generally made of a cover poorly sealed between the outside and the inside. In particular, the main material of the crypt is made of ceramic, in which case the degree of sealing between the outside and the inside is more poor.

The crypts consist essentially of the container containing the cosmetic bones directly and the outer container for accommodating the inner container, but it may consist of the inner container only, or put 3 to 6 small inner containers in the outer container. In addition, the ossuary facility is mainly composed of stone, which is sensitive to external temperature changes, and because of its cold nature, moisture is easily adsorbed, so condensation is inevitable. The dew condensation, the surface area and discoloration, mold generation, breakage and structure weakening, decay due to the wetting of the internal storage in the ossuary complex, the ossuary decay, odor and mold generation, pest breeding to damage the ashes, etc. In particular, the dry powdery ashes have a very strong moisture adsorption rate, and the damage is rapidly and continuously occurring as a whole.

Until now, as an attempt to prevent condensation occurring in the ossuary facility, the structure of the structure or the arrangement of the facilities within the structure or the surrounding environmental problems have been appropriately solved so as to prevent condensation from occurring. That is, by improving or improving the surrounding environment in which the ossuary complex is placed, the condensation problem inevitably occurring in the ossuary facility was solved.

However, condensation occurring in the ossuary can be completely improved by improving the environment, for example, by operating a thermo-hygrostat with a 24-hour power supply, or by blocking condensation using natural building techniques, such as the old stone caves, where condensation has been prevented. It was not enough to achieve condensation.

Therefore, in the crypts so far developed, the crypts containing the ashes are stored in the crypts made of a sealed chamber, and at least partly due to the temperature difference between the inside and the outside of the crypts, the moisture is filled in the crypts. The phenomenon has occurred. Due to this fact, water accumulated in not only the ossuary but also the ossuary complex, which caused problems such as damage to the ashes. This fact has been pointed out as a problem in establishing a consciousness about the cremation culture currently promoted in the country. It was something to solve.

The present invention is based on this fact and, in addition to the above facts, solves the condensation problem that may occur in the ossuary facility by improving the vulnerable to condensation in the ossuary complex itself, and prevents the inflow of foreign substances into the ossuary complex. To provide a hygienic and easy-to-manage crypts using economic methods.

In order to achieve the above object, the present invention devises a low manufacturing cost using wood or synthetic resin as the material of the ossuary complex, and the risk of breakage that may occur in the case of falling or colliding objects that can be caused by weight loss and inadvertent behavior is considerably increased. It is lowered, and the cover of the crypt is completely sealed to prevent condensation due to temperature change, and to prevent the ingress of external foreign substances, providing a hygienic and easy to manage crypt. will be.

1 is a perspective view of the crypts in the state covered with a cover according to the present invention.

2 is a plan view of the crypts complex.

Figure 3 is a view showing the lower portion of the zygote complex.

4 is a cross-sectional view of the crypts cut along the line A-A of FIG.

5 is a front view of the ossuary complex.

Explanation of symbols for main parts of the drawings

10: Ossuary Complex 20: Cover 21: Groove

30: hollow body 31: upright protrusion 50: hollow part

1 is a perspective view showing the crypts 10 having a circular shape in which the cover 20 is covered on the upper inlet 32 of the hollow body 30 according to the present invention. The ossuary complex 10 is made of wood or synthetic resin such as logs. Therefore, compared with the conventional materials of the crypts are generally made of ceramics, they are light in weight, can be manufactured at a low cost, and there is little risk of breakage due to careless use and easy management. In addition, only the outside can be applied, for example, appropriate natural lacquer as needed in consideration of aesthetics. The ashes are stored in the hollow part 50.

Figure 2 is a plan view of the crypts, and Figure 3 shows the lower part of the crypts, the overall shape of which is just in the shape of a simple approximate spherical shape familiar to the general public as shown in FIG. Therefore, there is no objection to use, and its manufacture is also easy.

4 is a cross-sectional view of the crypts cut along the line A-A of FIG. The upright protrusion 31 of the upper end of the body 30 is formed in a male and female relationship with the groove 21 of the cover 20. This coupling structure is different from the conventional structure in which the lid is simply placed on an upright protrusion of the upper end of the body. The protrusion 31 of the body and the groove 21 of the cover are engaged with each other to form a complete blockage between the outer part of the jar and the hollow part 50 containing the ashes, as well as the intrusion of foreign substances such as insects It also prevents the invasion of bacteria and makes hygiene and easy to manage. In addition, it is to prevent the generation of moisture due to condensation caused by the temperature difference inside and outside, which is the main function of the crypts.

Hapgol complexes made of wood or synthetic resin such as logs are light in weight, easy to handle, low risk of breakage due to inadvertent drops or collisions, low manufacturing costs, and a beautiful appearance according to purpose. It can be.

The structure is completely sealed with the cover, which prevents the intrusion of foreign matters, is hygienic, easy to manage, and prevents condensation caused by the temperature difference between inside and outside.

Claims (2)

In the ash complex consisting of a hollow body 30 and a cover 20 covering the hollow body 30, The ash groove is characterized in that the coupling groove 21 formed in the lower portion of the cover 20 is a structure that is in close contact with the upper end upright protrusion 31 of the hollow body (30) in close engagement. In the ash complex consisting of a hollow body 30 and a cover 20 covering the hollow body 30, The union groove 21 is formed in the lower portion of the cover 20, the upper end of the hollow body 30, the upper end upright protrusion 31 of the structure corresponding to the sealing engagement, characterized in that the bone complex, characterized in that made of synthetic resin.