Bone ash sealing method and cinerary casket

Abstract

The invention provides a bone ash sealing method. The bone ash sealing method comprises the steps of enabling at least bone ash E to be contained in a vacuum packaging bag B; and vacuumizing the B, and sealing an opening of the B, so that the B is used for at least achieving vacuumized sealing of the E. The invention further provides a cinerary casket. The cinerary casket A at least comprises theB, and achieves one or more effects that the E does not emit peculiar smell to the outside of the A, the moisture in the E can be controlled, the oxygen in the E can be controlled, and the A does notneed to occupy more space when being placed.

Description

technical field [0001] The invention relates to a vacuum package (sealing) and an urn. Background technique [0002] The general urns currently used in large quantities on the market are placed in the catacombs of the cemetery, or behind any of the locker-style multi-layered compartments in the columbarium or memorial hall (collectively referred to as the columbarium) , because the general urn is not sealed, so the moisture outside the urn will enter the urn. Wherein, when the urn is placed in any grid, because the urn is not airtight, the oxygen outside the urn will also enter the urn, and the ashes in the urn are especially when the temperature is relatively high. When it is high, it will emit a smell to the outside of the columbarium (this smell will be considered by some people as a peculiar smell), and then make the columbarium (that is, the room) have a peculiar smell, causing the columbarium to often need to be exhausted, and even air conditioning is required to cool...

AI Technical Summary

Problems solved by technology

The problem is, (1) If the person related to the urn requires more than one of the following: "the ashes should be kept in a dry state and in an oxygen-free state within the protective cover (including the urn, including the ashes), but , when the ashes were first put into the urn, there was hot dry air. Although the urn was not sealed, it does not rule out that part of the hot dry air could not get out of the urn at that time. When it is cold (this part of the hot and dry air contacts the relatively low-temperature inner wall of the urn), it will become moisture in the urn, that is, moisture is produced in the ashes, that is, the ashes are no longer dry and cannot be stored in the urn. The inside of the cover is kept in a dry state, and there is oxygen in the various gaps in the protective cover, that is, the ashes cannot be kept in an oxygen-free state in the protective cover; (2) in order to facilitate putting the urn into the protective cover, At least the length of the protective cover will be greater than the length N centimeters of the urn, if the protective cover built into the urn is placed in any of the lattice positions, then the length of the arbitrary lattice will be longer than the general lattice (the The general grid is only used to place the general urn) N cm, that is, it takes more space to place the protective cover than to place the general urn

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