KR20120091746A - New functional funerary urn - Google Patents

Abstract

PURPOSE: A new functional funerary urn is provided to prevent condensed water naturally generated and moisture in the inside of a funerary urn by automatically heating a heating wire being installed in the funerary urn with an alarming function of a temperature sensor when temperature in the inside of the funerary urn is below predetermined temperature. CONSTITUTION: A new functional funerary urn is composed of a cinerary container(1) and a cover(2). An electronic displayer(3) is installed in a lateral side of the central upper part of the cover. The electronic indicator comprises a graphic LCD panel display plate(3a) displaying temperature, deathday, and a video of the decease. A printed circuit board in which a program of a displaying function is input, a temperature sensor, a speaker, an electronic container(4) supplying power to the electronic displayer are joined to the joined to the central inner part of the cover. The predetermined temperature is maintained by heating wire(1d) installed in the inside of a funerary urn. When the temperature of the inside of the funerary urn is dropped, the heating wire is automatically heated while generating an alarm so that moisture is eliminated.

Description

New functional crypt box {NEW FUNCTIONAL FUNERARY URN}

The present invention relates to a new functional ossuary that can be housed in cremated ashes and placed in an indoor ossuary.

Due to the lack of burial ground due to the efficient use of limited land, the use of cemeteries is restricted, and the cremated remains are stored in the ossuary and placed in the family as well as the ossuary.

The ashes stored in the ossuary are easily absorbed in the presence of moisture and easy to grow bacteria in the presence of moisture, so that the ashes are easily blackened during long-term storage, and in order to prevent them, the conventional ossuary mainly focuses on the sealability of the ossuary. Most are configured with

Among them, the adhesiveness is applied by applying a synthetic resin adhesive between the opening and the lid of the container, but the adhesive material deteriorates or cracks due to the change of humidity and temperature over a long period of time. Moisture outside the container into the cracked cracks there was a problem that the ashes gradually become black (Blackening).

In the old country, when the floor is damp, the floor of the floor is damp. When fire is fired on the Ondol fire, the moisture disappears at once, the floor of the floor is flattened, and there is a lot of stiffness.The common idea is applied to the ossuary container. Because it installs a heating wire, it is designed to automatically clean the remains of the deceased by automatically preventing the humidity inside the crypt and naturally occurring condensate.

An object of the present invention is to prevent the humidity in the inside of the box to correct the above-mentioned problems (moisture and condensation in the box), as well as the number of condensation in the box, which occurs naturally due to the temperature difference between the outside and the inside of the box. The task is to apply a temperature sensor to the inner inner electronic container of the ossuary cover, install a heating wire to the ossuary container, and apply the electronic function (IT) to the ossuary.

The present invention, in order to solve the above problems, the handle is formed on both sides and the ossuary box consisting of a hemispherical cover covering the ossuary container and the ossuary container provided with a name plate on which photographs of the deceased and the list of family members are recorded. Synthetic resin screw part, which functions as a gasket, is formed at the lower periphery of the upper cover, and it is sealed by a tight screw connection to the threaded part formed in the opening of the ossuary container. An electronic display equipped with a graphic LCD panel display board is displayed, and an electronic container including a printed circuit board (PCB), a temperature sensor, a speaker, a battery, and the like, into which a program of various display functions is input, is located in the center of the cover. It is configured to be able to supply power to the electronic display. The power source is a battery and electricity (110 ~ 220 Volt). By installing a heating wire in the ossuary container, it is possible to remove moisture as well as condensation water in the ossuary box.

According to the present invention, the sealing part can be sealed by the tight coupling of the synthetic resin screw which serves as a gasket at the lower end of the cover and the lower end of the cover of the ossuary container, thereby preventing the access of external moisture to the inside of the container.

In addition, when the temperature inside the ossuary drops for some reason, the alarm is triggered by the automatic operation of the temperature sensor embedded in the electronic container, and the heating wire is heated to maintain a constant temperature, so that the remains of the deceased in the ossuary completely from moisture and condensation. You can cleanly.

When the remote controller is operated, a printed circuit board (PCB) is operated to display the date of the memorial service on the graphic LCD panel display panel of the electronic display. Visual recognition makes it possible to celebrate a memorial day by gathering relatives without forgetting the day.

According to the present invention, when the descendants gather on the date of memorial service due to the electronic display function of the graphic LCD panel and open the lid of the container by unscrewing, the state of the built ashes is also checked and the battery of the electronic container is exhausted. Replace the new battery and screw the lid back onto the opening in the container. Moisture inside the ossuary container is automatically heated by the sensing and control function of the temperature sensor, dehumidified by the heating wire that maintains a certain temperature and automatically removed to naturally occurring dew condensation water. Can be.

The bin of the present invention is a cover as a medium, the power supply is a battery (electrical power (110 ~ 220 Volt) combined with a battery embedded in the electronic container inside the center of the cover, the temperature inside the bin, memorial day, deceased video, etc.) Since the displayed electronic function (IT) is grafted and provided, when the temperature in the crypt is lowered below a certain temperature, the heating wire installed in the crypt is automatically heated by the alarm function of the temperature sensor so that the moisture in the crypt is not only external but also external. It is possible to completely prevent condensation, which occurs naturally due to temperature and temperature difference in the crust.

As shown in Fig. 1 and Fig. 1-1 and Fig. 2, a sternum container having a handle 1a formed on both sides and a name plate 1b on which the name of the deceased and the name of the bereaved family are recorded. And a cover for covering the ossuary container, wherein the synthetic resin screw portion 2n, which serves as a gasket, is screwed together at the lower end of the hemispherical cover 2 to the threaded portion 1n formed at the opening 1c of the ossuary container 1. It is to be sealed tightly.

A graphic LCD panel display panel 3a displaying temperature, memorial day, deceased moving picture, etc. in the crypt is displayed on the side of the electronic display 3, and an electronic display 3 having a soak hole 3h formed on the upper surface thereof. It is coupled to the screw hole 2h formed at the center upper end of the cover 2 by the screw portion 3n formed at the lower end thereof, so that the graphic LCD panel display panel 3a of the electronic display 3 can be visually seen from the outside. In the center of the cover 2, a printed circuit board (PCB) into which the above various display functions are input, a temperature sensor, a speaker, and a battery are opened. ) Is electrically connected to the upper electronic display 3 by screwing the lower end of the lid screw hole 2h.

The 110-220 Volt power supply hole 31 shown in Fig. 1-1 is a graphic in which temperature, memorial day, deceased video, etc. are displayed on the side of the electronic display 3 on the upper side of the cover 2 of FIG. Located at the rear left side of the LCD panel display panel 3a, the power connection portion 2s of the cover 2 in the electronic container 4 through the wire hole 4h of the electronic container 4 inside the center of the cover 2; Are electrically connected to each other. When the threaded portion 2n of the lid 2 and the threaded portion 1n of the ossuary container 1 are sealed by screwing, the power connection portion 2s of the lid 2 and the power connection portion of the oscapal container 1 ( s) is closely connected with each other, and the power is connected to the heating wire 1d provided in the ossuary container 1.

In addition, the temperature sensor is operated by a power source (not shown) stored in the electronic container 4, and the internal temperature of the crypt is displayed on the graphic LCD panel display panel 3a of the electronic display 3, and for some reason, When lowered below, an alarm sounds by the operation of a printed circuit board (PCB) and a temperature sensor in which a temperature sensor housed in the electronic container 4 and a program of various display functions are input, and this alarm sound is generated by the electronic display 3. The alarm sound is transmitted to the outside through the through hole 3h formed in the upper portion. By the temperature display function and the alarm function, the heating wire installed in the crescent box is automatically heated to properly control the temperature in the crescent box to completely prevent moisture as well as water condensation.

When the remote controller is operated on the sensors 3r on the left and right sides of the electronic display 3, the date of memorial service is printed on the graphic LCD panel 3a of the electronic display 3 by the display function of the printed circuit board (PCB). By this display function, the memorial day (memorial day) can be remembered and celebrated even in the busy life of modern people.

In the worship service, the relatives gather to open the cover 2 coupled to the container 1 of the ossuary. If the ashes are checked and the battery is exhausted, remove the electronic container (4) from the screw hole (2h) of the cover (2), open the cover (4a), replace the new battery, and return the electronic container (4) to its original position. Combine.

If the size of the characters or images displayed on the side of the electronic display 3 and the graphic LCD panel display panel 3a is small, the screen can be connected to the larger sized monitor through the extension 3e of Fig. 1-1. have.

After the service of worship is completed, the cover 2 is coupled to the opening of the container 1 to be sealed. The small amount of moisture present in the air inside the sealed ossuary container 1 is automatically heated by the heating wire 1d installed in the ossuary container 1 when the temperature inside the ossuary falls below a certain temperature by a sensing function of a temperature sensor. As moisture removal in the ossuary box as well as condensation water is completely removed, the powdered bone stored in the ossuary container 1 can be kept safe and clean at all times.

1 is an exploded perspective view of the ossuary of the present invention

Figure 1-1 is a rear view of the ossuary cover of the present invention

2 is a perspective view of the ossuary of the present invention;

3 is a cross-sectional view of the ossuary box of the present invention.

[Sign Explanation for Important Parts of Drawing]

1: Ossuary container

1d: heating wire

2: cover

2h: screw hole

3: Electronic display

3a: Graphic LCD panel display panel

4: Electronic container

Claims (4)

In the ossuary consisting of the ossuary container (1) and the cover (2) for sealing the ossuary container, the temperature at the side of the central upper end of the hemispherical cover (2) having a synthetic thread (2n) serving as a gasket screwed to the ossuary container, A printed electronic board (3) equipped with a graphic LCD panel display board (3a) displaying the date of memorial service and a moving image of the deceased, and a program of a display function, a temperature sensor, a speaker The electronic container 4, in which a battery is built and supplies power to the electronic display 3, is coupled inside the center of the cover 2, and is maintained at a constant temperature by a heating wire 1d installed in the ossuary container 1, If the temperature in the bin is lowered for some reason, the alarm and simultaneous heating wire (1d) automatically heats up to remove moisture and condensate that occurs naturally due to temperature differences in the outside and bins, which have not been solved so far. ? 220volt New functional ossuary characterized in that the electronic function (IT) to be combined to combine with the ossuary. The power supply connection portion 2s of the lid 2 and the oscapal container 1 of claim 1, when the threaded portion 2n of the crypt cover 2 and the threaded portion 1n of the cryptal container 1 are sealed by screwing. New functional ossuary box characterized in that the power connection portion (s) of the) is closely connected to each other so that the power is connected to the heating wire (1d) installed in the ossuary container (1). Power supply of the electronic container 4 and the cover 2 from the 110-220 Volt power supply hole 31 shown in FIG. 1-1 via the central inner wire hole 4h of the cover box 2 of FIG. New functional crypt box characterized in that it is electrically connected to the connecting portion (2s). Through the extension line 3e shown in Fig. 1-1, the temperature, the date of memorial service, the moving image of the deceased, etc., which are displayed on the graphic LCD panel display panel 3a on the side of the center upper part of the cover box 2 of Fig. New functional crypt box characterized by being connected to a large screen monitor.

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