JP3170549U - Memory device using granite for external housing - Google Patents

Abstract

There is provided a memory device for storing a record before life in a granite reminiscent of a grave, and reproducing a photograph of the deceased's life on a personal computer in case of a legal matter or the like. A memory device that can be connected to a personal computer and has an external casing 101 using granite and a memory module or a memory interface integrated module covered with a radiation protection material. Data, such as photographs, videos, voices, letters, etc. before the deceased are stored in the device. In this way, even if there is no grave, storing the above memory device together with the bones and ranks, the memorial granite in which the deceased's data was stored during the retreat in Motoyama or when visiting the ossuary By displaying the deceased's data on a personal computer, you can get a sense of fulfillment equivalent to the sense of fulfillment gained from visiting the grave. [Selection] Figure 1

Description

The present invention relates to a memorial article that has a strict atmosphere for offering to the Buddhist altars when offering the deceased, and to keep the deceased, especially in the granite reminiscent of a grave, The present invention relates to a memory device for reproducing a photograph or the like of a deceased with a personal computer.

Utility Model Registration No. 3125715 JP 2000-291294 A Utility Model Registration No. 3007383

The progress of the nuclear family makes it necessary to purchase graves by family, while the supply of inexpensive public cemeteries is limited, and the permanent fee for private cemeteries in remote areas is rising. As a result, public cemeteries are purchased only by a limited number of families, and most families are forced to purchase private cemeteries.

Under such circumstances, there is an increasing number of cases in which the whole bone is paid instead of the main bone of the temple and the family does not own a graveyard. In addition, the warehouse of the building built in the city area is used as an ossuary, and the worshiper designates the deceased and automatically transports the antiques etc. to the hand of the worshiper and has an inexpensive grave to visit The method of doing has appeared.

However, if you purchase a private cemetery far away, you will not be able to clean the grave frequently because it is a remote area, and you may care for it when visiting graves on the day of death or on the bank, etc. It is as hard as possible. In addition, the opportunity to visit the grave is limited, so you can't remember the deceased when you want to immerse yourself in the memories of the deceased.

Even when the bone is placed in Motoyama, only worshiping the bones, the position, etc., when worshiped at Motoyama, the emptiness is undeniable compared to the case of visiting the grave. In addition, there is an advantage that you can visit diligently when using the ossuary in the city area, but there is no sense of fulfillment compared to visiting the grave as in the case of Motoyama.

On the other hand, in recent years, due to the increase in capacity of semiconductor memory and the development of video storage / playback technology, a large amount of data such as images of the deceased's life has been accumulated, and it is possible to easily reproduce the photographs and moving images of the deceased's life on a personal computer. It became possible to remember the deceased. However, even if the deceased person's data is stored in an inorganic personal computer or a functional USB memory, and played back by the personal computer, it cannot be a tribute to the deceased.

The present invention solves the above problems by the following method in order to solve the above-described problems.

A memory device that can be connected to a personal computer, comprising: an external housing using granite; and a memory module or memory interface integrated module covered with a radiation protection material (hereinafter referred to as memorial granite) The data, such as photographs, videos, voices, letters, etc. of the deceased before life, are stored as data.

Further, in the memory device, the radiation protection material is tungsten or a tungsten alloy, and the interface is a USB interface. A module in which a memory module and a USB interface module are integrated can also be used.

The memorial granite housing is granite, so it reminds the family of the grave and creates a harsh atmosphere.

However, granite emits gamma rays, which can damage semiconductor elements and destroy memory contents. Therefore, by covering the memory or the like with a radiation protection material, damage to the element due to radiation can be reduced.

Even if there is no grave, storing the memory device according to the present invention together with the bones and ranks, the data of the deceased at the time of offering in Motoyama or when visiting the building warehouse as an ossuary By displaying the deceased's data from the memorial granite where is stored on a personal computer, you can get a sense of fulfillment equivalent to the sense of fulfillment you get from visiting the grave.

In addition, by offering memorial granite according to the present invention to the Buddhist altar, it is possible to connect to a personal computer and remember the deceased whenever a relative gathers for legal reasons.

1 is an external view of a memorial granite according to the present invention. It is an electrical block diagram of the memorial granite unit by this invention. It is a component mounting diagram of the memorial granite unit according to the present invention. It is a figure which shows the structure of the memorial granite by this invention.

As an embodiment of the present invention, FIG. 1 shows an external view of a memorial granite. The casing (101) may be a granite or a plate-shaped granite attached to the surface of a casing made of plastic or the like. The size of the case is arbitrary, but it should be large enough to create a solemn atmosphere in consideration of storage and portable use. The panel (102) is mounted on the front surface, and the female connector of the USB-A type connector (103) is mounted on the panel.

FIG. 2 shows an electrical configuration diagram of the memorial granite unit. The memorial granite unit (201) is connected to a personal computer (213) via a USB memory module mounting printed board (202) mounted with a USB memory module covered with a radiation protective material (203) and a USB cable (211). And a printed circuit board (208) on which a USB type A connector (207) is mounted. The USB memory module mounted printed circuit board (202) and the printed circuit board (208) are connected by a male pin header (204) and a female pin header (205).

The USB-A type connector (207) mounted on the printed circuit board (208) and the USB-A type connector (212) mounted on the personal computer (213) are both male connectors (hereinafter referred to as USB-A male). These are connected by a USB cable (211) having a female connector (hereinafter, USB-A female connector) of a USB-A type connector (209, 210) at both ends. Since the electrical operation when the USB memory is connected to a personal computer is a well-known technique, a description thereof will be omitted.

FIG. 3 shows an example of mounting a memorial granite unit. The top view which permeate | transmitted the upper cover part and was seen from upper direction in the drawing center part of FIG. 3 is shown. FIG. 3 is a cross-sectional view taken along the line AA shown in the top view on the left side of FIG. 3, and a cross-sectional view taken along the line BB shown in the top view on the lower side. The front view seen from the front panel side is shown on the right side.

The USB-A male connector (301) is mounted on the printed circuit board (308) (see the top view) and mounted on the front panel (307) (see the front view). The USB memory module (305) is mounted on the USB memory module mounting board (302) (see AA sectional view and BB sectional view), and two radiation protection materials (304 are provided to protect the memory module from radiation. ) Between the upper and lower sides (see AA sectional view and BB sectional view).

A spacer (306) is sandwiched so that the radiation protection material (304) does not come into contact with the solder surface of the USB memory module mounting substrate (302) (refer to the AA sectional view and the BB sectional view). Moreover, the radiation protection material (304) is being fixed with the adhesive tape (303) (refer to a top view, AA sectional drawing, BB sectional drawing).

In the top view and the BB cross-sectional view, the pin header (FIGS. 2, 204, 205) for connecting the printed circuit board (308) and the USB memory module mounting board (302) is omitted because the drawing becomes complicated.

In this embodiment, a configuration example is shown in which a USB memory module in which a memory function and a USB interface function are integrated is used. However, a case in which the memory function and the USB interface function are provided separately is provided. Is the same. However, in this case, it is possible to either protect only the memory module with the radiation protection material, or protect both the memory module and the USB interface module. Considering the soft error due to radiation and the radiation resistance due to the semiconductor process, it is determined in consideration of the assumed error rate and product life.

Lead is known as a radiation protection material, but its use is prohibited worldwide due to its large environmental impact. Therefore, a material having radiation protection properties instead of lead is used. In this embodiment, tungsten or a tungsten alloy having a radiation protection function is used, but any other radiation protection material can be used.

FIG. 4 shows the structure of a memorial granite according to the present invention. The memorial granite includes a main body (401) that is a granite, a memorial granite unit (402) that provides a memory function, and a front panel (405).

A storage hole (404) slightly larger than the size of the memorial granite unit (402) is opened in the memorial granite body (401).

The memorial granite unit (402) is screwed in advance with the front panel (405) and inserted into the storage hole (404) of the memorial granite body (401). At this time, an adhesive was applied to the front of the memorial granite body (401) and the back side (main body side) of the front panel (405), and the memorial granite with the memorial granite body (401) and the front panel (405) attached. The unit (402) is fixed. However, the fixing method may be an attachment method such as screwing in addition to the method using an adhesive.

In addition, a filler for fixing the granite unit can be inserted in the empty space between the granite and the memorial granite unit.

101, 401 Memorial granite body 102, 307, 405 Front panel 103, 207, 212, 301, 403 USB-A type male connector 201, 402 Memorial granite unit 202, 302 Printed circuit board with USB memory module 303 Adhesive tape 204 Pin header (male )
205 pin header (female)
206 USB signal lines 208, 308 Printed circuit board 209, 210 USB-A type female connector 211 USB cable 213 Personal computer 304 Radiation protective material (tungsten)
203, 305 USB memory module 306 Spacer 404 Storage hole

Claims (2)

In a memory device that can be connected to a personal computer,
An external housing using granite,
A memory module covered with radiation protective material or a memory interface integrated module;
A memory device comprising: In a USB memory device connected to a personal computer via a USB interface,
An external housing using granite,
A memory module or a memory / USB interface integrated module covered with tungsten or an alloy containing tungsten; and
A USB memory device characterized by comprising: