JP4853995B2 - Identification and certification method of remains - Google Patents

Description

  The present invention relates to a method for identifying and proving ashes that identify the remains contained in an urn, and more particularly, to a method for identifying and identifying ashes that perform identification and identification of remains as identification plates.

Ashes are generally stored in the urn and stored for a long time.
As a method for identifying the remains in the urn, the name of the deceased before birth and other information for identifying the deceased (hereinafter referred to as “identification information”) are referred to as a plate (hereinafter referred to as “identification certification plate”). ) Is attached to the urn or placed in the urn.
Conventional identification method of ashes using identification certificate plate
In a conventional method for identifying and identifying ashes using an identification and certification plate, usually, after storing the remains in the urn, a single identification and certifying plate is attached to or placed in the urn. By confirming the identification information written on the single identification certification plate, it is possible to identify who the remains are.

A conventional identification / certification plate used in this method is usually a plate formed of metal, resin, or porcelain, in which identification information is written with oil paint or black ink containing a pigment.
For example, a conventional identification / certification plate is a surface of a star-shaped metal plate engraved in identification information and is attached to the urn so as to be placed on the urn (see Patent Document 1). In addition, there is a technique in which identification information is subjected to a convex processing on a copper plate and is mounted on an urn.
There is also a type in which a porcelain display plate in which identification information is printed on one surface of a porcelain is inserted into an urn (see Patent Document 2).
Also, an identification information is written on one surface of a transparent resin name plate, and a bone proof plate is installed in the urn so that the one surface is faced with a dish-like base. Some have been made (see Patent Document 3).

As a method for identifying and identifying ashes, a method for engraving identification information on an urn without using an identification certification plate as described above, for example, a method for engraving identification information on an urn using an exposure mask. (See Patent Document 4). In recent years, a method in which the deceased asks a potter to prepare an urn before his life has been used in accordance with the display method integrated with such an urn, but currently it is not so popular. is there.
Utility Model Registration No. 3101646 JP 2002-200129 A Japanese Utility Model Publication No. 7-033324 JP-A-9-173396

  By the way, the above-described conventional identification / certification method using the identification / certification plate has the following problems.

(1) Identification and identification of remains remains unreliable
In the above-described conventional identification / certification method using an identification / certification plate, a single identification / certification plate is mounted or placed on the urn after storing the remains, and the identification of the remains as a result of the identification / identification plate. Therefore, there is a possibility that an identification certification plate on which identification information different from the identification information of the remains is mistakenly placed in the urn after storing the remains, and the reliability of the identification identification of the remains is not sufficient. It was.

(2) When the urn is disposed of, the identification information of the deceased will not remain
In the permanent cemetery, the number of urns increases with each generation, and there is a lack of space for the carotes to store them, and the remains stored in the urns disappear due to weathering. Therefore, disposal of empty urns can be considered. However, in the conventional method for identifying and identifying ashes that display identification information on the surface of the urn without using the identification and certification plate, when the urn itself is discarded, the identification information on the remains is also lost.

(3) It is difficult to repair or restore the identification certification plate
FIG. 5 is a conceptual diagram showing an arrangement environment of the urn.
As shown in FIG. 5, the urn 11 for storing or mounting the identification / certification plate is disposed in a caroten 22 located below the tombstone 21. Considering such an arrangement environment of the urn 11, unpredictable deposits such as excrement of insects and microorganisms are generated on the identification / certification plate.
In addition, since the identification certification plate in the urn 11 is usually in a state where visual observation cannot be performed over a long period of time, it is conceivable that the adhered state is generated and adhered for a long period of time.
In the conventional identification / certification method for remains, an identification / certification plate formed of metal, resin or porcelain is used, and identification information is written on the surface of the identification / certification plate. For this reason, if the surface of the identification / certification plate is scraped, the identification information is also scraped and identification of the remains cannot be performed.
Therefore, it is practically difficult to remove the above-mentioned deposits, and therefore it is difficult to repair or restore the identification / certification plate.

(4) Materials such as metal and resin are not preferred mentally
As a material used in Buddhism and Shintoism, natural quartz has been used since ancient times, and it is necessary to select a material close to natural quartz as the material for the identification certification plate. The use of materials such as metals and resins in the identification method is one aspect that is unfavorable mentally.

(5) It takes time to prepare the identification certification plate
In the conventional identification / certification method for remains, the identification / certification plate formed of metal, resin or porcelain is used, and the identification information is written on the surface of the identification / certification plate. It took time, and the identification and certification plate could not be in time for the meditation, priest, or congratulatory service or prayer before cremation.

(6) The urn is limited
In the conventional method for identifying and identifying ashes, the identification information is engraved on the urn and can only be stored in the urn indicated by the identification information.

  In view of the circumstances described above, the present invention can reliably perform identification and identification of remains, can maintain identification information even when the urn is disposed of, and can easily repair or restore the identification and certification plate, In addition, the present invention has an object to provide a method for identifying and proving ashes regardless of the type or shape of the urn that can be prepared in a short time and can be easily prepared.

In order to solve the above-mentioned problem, the present invention provides a method for identifying and proving ashes that are stored in an urn comprising a lid and a main body using an identification and certification plate on which identification information is displayed. in each of the inside of the transparent two quartz substrates, the two said identification certificate plates which represented a therefore common identification information to the irradiation of the laser beam is removed by heat treatment for distortion generated by the internal stress in the irradiated an identification certificate platemaking step of creating, the two sheets of the identification certificate plates, in the bone urn, comprising an identification certificate plate disposing step was to place into an upper and lower remains, the identification certificate plate placing step The first identification / certification plate is one of the two identification / certification plates disposed on the bottom surface of the main body of the urn prior to storing the remains in the urn. And after the remains are stored in the urn in which the one identification proof plate is disposed, the other identification proof plate of the two identification proof plates is placed in the main body of the urn. And a second identification / certification plate placement step for placing the remains above the remains .

The present invention relates to a method for identifying and verifying ashes that are stored in an urn comprising a lid and a main body with an identification and certification plate on which identification information is displayed. each inside of a quartz substrate, identity certificate platemaking step of creating two said identification certificate plates which represented a therefore common identification information to the irradiation of the laser beam is removed by heat treatment for distortion generated by the internal stress in the irradiated When, the two identification proof plates, in the bone urn, comprising an identification certificate plate disposing step was to place into an upper and lower remains, the identification certificate plate placing step, said two pieces of identification A first identification / certification plate placement step of placing one identification / certification plate of the certification plates on the bottom surface of the main body of the urn before storing the remains in the urn, and identification of the one After the remains are stored in the urn in which the light plate is disposed, the other identification proof plate of the two identification proof plates is disposed above the remains in the main body of the urn. Since the identification and identification plate placement process includes two identification and identification plates made of quartz above and below the remains, identification of the remains as long-term preservation in the urn Even if the urn is disposed of, the identification information of the deceased can be maintained by leaving only the identification certification plate, and it is also preferred for the identification certification plate made of quartz. In addition, it has chemical resistance, touch resistance, and heat resistance, and the identification information of the deceased is written inside the identification certification plate using light energy irradiation technology. Restoration can be easily, also can be performed in a short time to prepare for identification proof plate can be further applied to any type and shape of the bone pot.
In addition, as described above, the urn can be disposed of while maintaining the identification information of the deceased, so that when the carote becomes full in the permanent cemetery, the space of the carote can be improved and secured.
Therefore, the method for identifying and proving ashes of the present invention is the most suitable method for identifying and proving ashes that are stored for a long time.

  The remains identification and certification method of the present invention will be described with reference to the following examples.

  FIG. 1 is a conceptual diagram showing an example of an identification / certification plate used in the method for certifying a remains of the present invention. In particular, FIG. 1 (a) is a conceptual plan view of the identification / certification plate, and FIG. It is a conceptual front view of an identification certification plate. FIG. 2 to FIG. 4 are conceptual diagrams showing the procedure of the identification / certification method of the remains of the present invention, and are views showing the inside of the urn.

  According to an embodiment of the present invention, the remains identification and certification method (hereinafter simply referred to as “identification and certification method”) identifies and identifies the remains stored in the urn with an identification certification plate on which identification information is displayed. As shown in FIG. 1, in the identification and certification method for the remains, the common identification information 2 is written in each of the two transparent quartz substrates by irradiating laser light, and the identification and certification plates 1a and 1b are set in two. As shown in FIG. 2, two identification / certification plates 1a and 1b are placed in the urn 11 above (vertically above) and below (vertically below) the remains 51, as shown in FIG. And an identification / certification plate arrangement step arranged to be arranged.

  The identification / certification method according to the embodiment of the present invention also includes a polishing step of preparing two quartz substrates and making the quartz substrates transparent by polishing prior to the above-described identification / certification plate preparation step.

Selection of quartz material prepared in the polishing process
The quartz material prepared in this polishing step is a quartz material represented by the same element symbol SiO 2 as natural quartz.
In general, quartz is classified into fused quartz that uses melting as a manufacturing method and synthetic quartz that is chemically synthesized, and there are many types depending on processing techniques and processes. Each quartz has optically unique characteristics. Depending on the refraction and dispersion of light, there are some that are suitable for processing of light energy irradiation and others that are not. Can be determined by a phenomenon called striae, which occurs due to non-uniform composition.
The quartz material prepared in the polishing process of the present invention is quartz having no striae, which is quartz suitable for processing of light energy irradiation. If the characteristics of the quartz material cannot be proved, a striae inspection by the Schlieren method or the amount of OH groups contained is measured to determine the presence or absence of striae, and a quartz material having no striae is selected.
Processing method in polishing process and standard dimensions of quartz substrate
The prepared quartz material is cut into a standard dimension before polishing to form a quartz substrate.
The standard size of the quartz substrate is a flat plate of width 48 mm × length 48 mm × thickness 6.3 mm, although the size of the main processed substrate in the present invention depends on the material to be used. However, this is not necessary as long as the price limit and the dimensions of the material to be used can be used. At present, a maximum width of 300 mm × length of 300 mm × thickness of about 200 mm is possible.
Further, the optical lens processing technique can be diverted for cutting the quartz material and polishing the quartz substrate.
In particular, the outer shape processing as a cutting shape can be made into many special shapes by water jet cutting which is the latest technology. In addition, if it is only an external shape, shapes, such as a lotus flower, are also easy.
Quartz substrates are manufactured in pairs. When two quartz substrates are polished, two transparent quartz substrates are produced. In addition, the quartz substrate having a predetermined size and being made transparent is stored in advance in units of the number of sets.
Standard information preparation process
The identification and certification method according to the embodiment of the present invention further includes a standard information preparation step of preparing standard information written on the identification and certification plate in advance prior to the identification and certification plate creation step. This standard information preparation step is performed in parallel with the polishing step.
In the standard information preparation step, IT technology is introduced, and data such as a common picture (hereinafter referred to as “standard information”) written on the quartz substrate together with the identification information 2 is recorded as a file on a storage medium in advance. It is something to keep.

Identification certification plate making process
As described above, the identification / certification plate creation step is the identification of the two pieces shown in FIG. 1 by expressing the common identification information 2 in each of the two transparent quartz substrates by laser irradiation. This is a process of creating the proof plates 1a and 1b.
In the identification / certification plate creation process, the standard information selected according to the request of the owner or the bereaved family is also written inside each of the two transparent quartz substrates by laser light irradiation. Note that FIG. 1B illustrates a case where no standard information is selected.
In the quartz substrate notation process of the present invention, microcracks are formed on the two-dimensional and three-dimensional images with a spot diameter of 40 μm using the second harmonic which is a YAG laser. The number of microcracks formed thereby reaches several hundred thousand.
Further, since this notation method is non-contact processing, no adverse effect is caused on the surface of quartz (quartz) which is a mirror-polished material. Further, the processing machine is equipped with a laser marker or the like to align the identification information with respect to the quartz substrate. Therefore, it is possible to prevent as much as possible that each notation position of identification information and standard information is shifted or bent with respect to the quartz substrate.
In addition, according to this laser processing technique, since processing is performed in a dry atmosphere that does not use water or oil, there is no need for cleaning and the like, and the time required for writing on the quartz substrate can be shortened.
The above-mentioned light energy irradiation technology (laser marking processing) can be processed two-dimensionally and three-dimensionally without damaging the surface inside a transparent material such as glass or resin, and is widely used as laser marking processing. It is what. This processing method has been generalized as processing into transparent glass or resin called crystal in particular. However, processing using quartz as a raw material has many industrial purposes because quartz is expensive, and is not often implemented in such applications. In this laser processing technology field, developments such as miniaturization expression and color display are further advanced.
On the other hand, in this laser marking process, it is necessary to remove the strain generated by internal stress by a heat treatment called annealing.

Further, the identification information 2 described by the marking process has contents necessary for identifying a deceased person, age, date of birth, date of death, and other deceased as shown in FIG. The common name, age, date of birth, and date of death are identification information that can be obtained at an early stage after the deceased's death (initial stage). Can handle proofs.
In addition, as shown in Fig. 1 (b), the identification information 2 of the deceased can be obtained by writing the date of birth together with the year and year in addition to the contents entered in the graveyard 23 (Fig. 5) of the cemetery. To be able to imagine a clear life period. This has the purpose of making it easier to understand the era that will change in the future.
Further, the identification information 2 is not limited to one-dimensional processing in the above-described marking processing, and characters, figures, or a combination thereof may be internally described on the quartz substrate by two-dimensional processing or three-dimensional processing. Further, according to the marking process, as shown in FIG. 1A, identification information is written inside the quartz substrate.
In addition, since the determination of the name of the war usually takes a long time after the deceased's death, the description of the name of the war on the quartz substrate becomes an obstacle to the processing on the same day. Therefore, whether or not to display the name as identification information 2 is a matter for discussion with the client.
However, for example, when the time from the death of the deceased to the decision of the name is short, or when the time from the death of the deceased to the funeral or cremation is long, the name of the name is shown as shown in FIG. Even if the identification certificate plates 1a and 1b can be delivered before the deceased cremation at the funeral hall, before the deceased cremation, or before service or prayer by reading, priest, or congratulations, the identification certificate plate placement process (described later) ) Is given on the identification / certification plates 1a and 1b, if it can be adjusted to the bone-lifting event after completing the service or prayer.
In addition, the size and typeface of the characters written as the identification information 2 can be changed according to the request of the owner or the bereaved family.
In the standard information preparation step and the identification certification plate creation step, IT technology is adopted. This IT technology is the character input according to the deceased person's identification information 2, the reading by scanning of photos, pictures and figures, the design work, and the processing according to the characteristics of the quartz used as the material Information database. As a result, two-dimensional or three-dimensional notation is possible, and the identification certification plates 1a and 1b can be completed. In addition, IT technology is used for a series of work including shipping and payment according to the manufacturing method.

Identification certification plate placement process
In the identification / certification plate arrangement step, the first identification / identification plate 1a of the two identification / certification plates 1a and 1b is arranged in the urn 11 before the remains are stored in the urn 11. Identification plate placement step (FIG. 3) and identification of the other of the two identification certification plates 1a and 1b after the remains 51 are stored in the urn 11 where the one identification certification plate 1a is arranged A second identification / certification plate placement step (FIG. 2) for placing the certification plate 1b in the urn 51 is provided.
More specifically, first, as shown in FIG. 3, one identification / certification plate 1 a of the two identification / certification plates 1 a and 1 b is placed in the main body 11 a of the urn 11. Prior to storing the remains 51, it is arranged. Next, as shown in FIG. 4, the remains 51 are stored in the main body 11 a of the urn 11. Thereafter, as shown in FIG. 2, the other identification / certification plate 1 b out of the two identification / certification plates 1 a and 1 b is arranged in the main body 11 a of the urn 11.
Then, the identification / certification plates 1 a and 1 b are stored below and above the remains 51, so that when the bone is lifted, the cremation staff places one identification / certification plate 1 a below the remains 51 and stores the remains 51. After that, the other identification / certification plate 1b can be stored with the heart of the owner.
Further, in the identification / certification method of the present invention, the two identification / certification plates 1a and 1b are only arranged below and above the remains 51, respectively. Therefore, the operation for identification and certification is simple.
In addition, after arrange | positioning the other identification certification | authentication plate 1b in the main body 11a of the urn 11, the main body 11a of the urn 11 is covered with the lid 11b of the urn 11, as shown in FIG. As shown in FIG.
In FIG. 1 to FIG. 4, the two identification certification plates 1a and 1b are shown differently, but the identification certification plates 1a and 1b may have the same contents written on each other. As long as the identification information 2 is displayed at least in common, the display contents of the entire identification certification plates 1a and 1b may be different from each other.

  Moreover, in the identification verification method of the remains 51 of this invention, there exist the following effects.

(1) By using two identification / certification plates, the identification and identification of the remains are reliably performed.
In the above-described identification / certification method of the remains 51 using the identification / certification plate of the present invention, the identification of the remains 51 stored in the urn 11 is performed using the identification / certification plates 1a and 1b on which the identification information 2 is displayed. In the identification and certification method for the remains, the identification and certification plates 1a and 1b are created by expressing the common identification information 2 in each of the two transparent quartz substrates by laser irradiation. Since there are a plate preparation process and an identification / certification plate placement process in which the two identification / certification plates 1a and 1b are disposed above and below the remains 51 in the urn 11, The identification / certification plates 1a and 1b are arranged below and above, respectively. By collating the two identification / certification plates 1a and 1b, one certification plate is used. Compared with the conventional identification proof method, it is possible to improve the reliability of the identification certificate of ashes 51.
That is, when the two remains verification plates 1 a and 1 b in the urn 11 match, the deceased can be identified by identifying information 2 on the remains 51. In addition, when the two remains certification plates 1a and 1b in the urn 11 do not match, the identification proof plates 1a and 1b in the urn 11 are erroneously written with identification information different from the remains after storing the remains. It can be determined that the identification and identification plate is replaced and placed in the urn 11. Therefore, the reliability of the identification certification of the remains 51 can be improved as compared with the conventional case.
Further, after a long period of time since the remains 51 are stored, several urns 11 may be opened at the same time. In that case, it is expected that only the identification / certification plate 1b arranged above the remains 51 is mixed with a different identification / certification plate, that is, the identification / certification plate is wrongly inserted. However, according to the identification and certification method for the remains 51 of the present invention, the identification and certification plate 1 b disposed above the remains 51 is collated with the identification and certification plate 1 a disposed below the remains 51, thereby It can be identified and proved.
Therefore, the present invention can be used as a method for identifying and identifying the remains 51 in refurbishment.
In addition, when an opportunity to divide the remains 51 is generated, the identification and certification effect of the remains 51 can be maintained by separating the remains 51 one by one.
In addition, since the identification certification | authentication method of the remains 51 of this invention does not require the necessity to DNA identification, since identification certification can be performed only by the description of the identification information 2, it is effective as a simple identification certification method.

(2) Identification information remains even after disposing of the urn
In the permanent cemetery, the number of urns 11 increases with each generation, and the lack of space in the caroten 22 for storing them increases, and the remains in the urn 11 disappear due to weathering. Therefore, it can be considered to dispose of the empty urn 11 and thereby improve or secure the space of the caroten 22.
When the identification and certification method of the present invention is used, when the urn 11 is disposed of, only the identification and certification plates 1a and 1b can be left, so that the identification information 2 of the deceased can be maintained and managed. Therefore, when the urn 11 is discarded as in the prior art, there is no problem that the identification information 2 integrally displayed on the urn 11 is lost.
In addition, the ability to dispose of the urn 11 while maintaining the deceased person's identification information 2 in this way leads to the elimination and improvement of the carot shortage in future generations, and the cemetery must be newly expanded. It also solves the problem of not becoming. It can also satisfy the spiritual fulfillment of owners and bereaved families.

(3) Easy to repair or restore the identification certification plate
Depending on the arrangement environment of the urn 11 in which the identification / certification plates 1a and 1b are stored, it is considered that unpredictable deposits such as excrement of insects and microorganisms are generated.
However, in the identification certification method of the present invention, in the quartz substrate marking process, as described above, marking is performed by energy irradiation inside the quartz having the characteristics of touch resistance and heat resistance. There is little adhesion. Furthermore, since the surface of the quartz substrate is polished in the quartz substrate preparation step before the quartz substrate notation step, it can be said that there is little adhesion to each surface of the identification / certification plates 1a and 1b.
Further, even if foreign matter adheres to each identification / certification plate 1a, 1b, it can be easily repaired by washing with alcohol or the like.
Further, even if a flaw or cloudy state occurs, it can be restored by repolishing only the surfaces of the identification / certification plates 1a and 1b.
As described above, in the identification / certification plates 1a and 1b used in the identification / certification method of the present invention, the identification / certification plates 1a and 1b can be easily repaired or restored. In addition, there is no problem that occurs when the identification / certification plates 1a and 1b are scraped to remove the adhering material as in the conventional case, that is, the problem that the identification / certification becomes impossible because the information on the internal notation disappears.

(4) The identification / certification plate made of quartz is also favored mentally.
It is a well-known fact that natural quartz has been used since ancient times as a preferred material for Buddhism and Shintoism. In the identification and certification method of the present invention, the transparent two quartz substrates prepared in the quartz substrate notation process are used as the material of the identification and certification plate. It is made of a quartz material represented by the same element symbol SiO2 as natural quartz. For this reason, it is possible to provide or pray with the identification and certification plates 1a and 1b made of quartz that are favorably used for Buddhist and religious affairs. And can give the owners and bereaved their heart satisfaction.
When natural quartz is used, the manufacturing cost is high. However, when synthetic quartz or fused quartz is used as in the present invention, it can be manufactured at low cost.

(5) The preparation time of the identification certification plate can be shortened.
In the conventional identification / certification method for remains, the identification / certification plates 1a and 1b made of quartz are used, and the identification information is written in the identification / certification plates 1a and 1b. The time is shortened compared to the conventional case, and the delivery time from delivery of the identification certification plates 1a, 1b to delivery is shortened.

Moreover, since the standard information preparation process is provided as in the identification and certification method of this embodiment, a part of information (standard information) in the information described on the quartz substrate is standardized together with the identification information 2 by IT technology. Thus, the processing in the identification information plate creation process can be completed in a short time, and the delivery of the identification certification plates 1a and 1b can be made even faster.
In addition, as a method of shipping the identification certification plates 1a, 1b, it is possible to deliver the identification certification plates 1a, 1b on the next day by using the latest distribution means.
In addition, shortening the delivery date of the identification / certification plate in this way can shorten the preparation period of the identification / certification plate in the identification / certification method of the remains, and also before the deceased's cremation, The identification certification plates 1a and 1b can be delivered reliably before offering or praying by reading, priests, or congratulations, and the identification certification plate placement process can be adjusted to the bone lifting event after completing the offering or prayer. It is possible to satisfy the fulfillment (satisfaction) of the owner and the bereaved family.
The delivery time of the identification / certification plates 1a and 1b can be shortened by preparing a transparent quartz substrate, which is a semi-finished product of the identification / certification plates 1a and 1b, by the polishing process.

(6) Can be used for any type or shape of urn
In the identification and certification method of the present invention, the identification and certification plates 1a and 1b are arranged in the urn 11, respectively, in the first quartz substrate placement step and the second quartz substrate placement step. Regardless of the type or shape of the urn 11, the identification / certification method of the present invention can be used as long as there is a space for arranging the identification / certification plates 1 a, 1 b above and below the remains 51. can do.

(7) Due to the invariance of the identification / certification plate, the identification / certification is sustained.
In the identification / certification method of the present invention and the material of the substrate prepared in the identification / certification plate preparation step, a quartz material, particularly a quartz material with very few striae metal impurities is used.
Such a quartz material has a characteristic that it is not easily attacked by chemicals such as acid and alkali, and a characteristic that it is also resistant to heat. In general, the softening point of a normal window glass (the temperature at which the glass becomes soft and stretches) is 600 to 700 ° C., whereas the softening point of a quartz material with very few striae metal impurities is 1700. Quartz materials that are as high as about 0 ° C. and have very few metal impurities without striae are used for applications up to a high temperature range of 1100 ° C.
That is, as the quartz material prepared in the above-described quartz substrate preparation process of the present invention, a quartz material having particularly few metal impurities with no striae is used and has chemical resistance, corrosion resistance, and heat resistance.
Usually, a change in environment during long-term storage of the remains 51 cannot be observed in consideration of the arrangement environment of the urn 11 in which the remains 51 are accommodated. The identification / certification plates 1a and 1b used in the present invention have the chemical resistance of quartz (quartz), the corrosion resistance or the heat resistance under the influence of insects and microorganisms when submerged by condensation. , Thereby high invariance.
In addition, due to the above heat resistance, the identification certification plates 1a and 1b are stored in a good state because they are not discolored during normal temperature storage in the natural world, and also for high temperatures when used after cremation. For example, even when a fire occurs during indoor storage, the identification / certification plates 1a and 1b are maintained without being altered as much as possible.

(8) 2D or 3D design notation is possible with IT technology
IT technology is adopted in the standard information preparation process and the identification certification plate preparation process. This IT technology is the character input according to the deceased person's identification information 2, the reading by scanning of photos, pictures and figures, the design work, and the processing according to the characteristics of the quartz used as the material Information database. As a result, two-dimensional or three-dimensional notation is possible, and the identification certification plate can be completed. In addition, IT technology is used for a series of work including shipping and payment according to the manufacturing method.

(1) Use at funeral festival directors and stone shops
As seen in the funeral festival director certification system promoted by the Ministry of Health, Labor and Welfare, the implementation guidelines for the funeral festival are expected to be revised in the future. There is a time when people who actually work in the future are required to be able to explain to the owners and their families the state of remains that they cannot normally confirm. Therefore, it is conceivable that the funeral director or other people involved in the funeral use the identification and certification method of the present invention. Further, the use of the identification and certification method of the present invention may be performed at a stone store. Note that it is expected that an economic effect can be obtained by using the identification and certification method of the present invention.

  In addition, the identification / certification plate used in the identification / certification method of the remains of the present invention can be sold as a caring product that will remain in future generations, and the product can be sold at funeral festival directors and stone stores. It is expected that a positive effect can be obtained.

(2) Utilization as a method for identifying and verifying the remains of pets The method for identifying and verifying remains of pets according to the present invention is mainly intended to identify and verify the remains of human remains. It can also be used as a method for identifying and proving. In the method for identifying and proving the remains of pets, a quartz substrate having a size larger than the standard size may be used, and a photographic image in which a record before life is recorded may be displayed on the quartz substrate.

(3) Other Uses The identification and certification method of the present invention is a method for performing identification and certification of remains, but the identification and certification method of the present invention can also be used as an identification and certification method other than remains. For example, when storing Buddhist wares, sacred items or souvenirs (hereinafter simply referred to as “Buddhist wares”) that are stored for a long period of time, there are no restrictions on the storage location of the storage containers compared to antiques. It can be considered, but it can also be used as an effective means of identification and certification of Buddhist tools. The identification and certification method of the present invention is a simple identification and certification method because it can be identified and understood only by describing the identification information. It can also be used for long-term storage such as

FIG. 1 is a conceptual diagram showing an example of an identification / certification plate used in the identification / certification method for remains of the present invention. In particular, FIG. 1 (a) is a conceptual plan view of the identification / certification plate, and FIG. It is a conceptual top view of this identification certification | authentication plate. FIG. 2 is a conceptual diagram showing the procedure of the identification / certification method of the remains of the present invention, and shows the inside of the urn. FIG. 3 is a conceptual diagram showing the procedure of the identification / certification method for the remains of the present invention, and shows the inside of the urn. FIG. 4 is a conceptual diagram showing the procedure of the identification / certification method of the remains of the present invention, and shows the inside of the urn. FIG. 5 is a conceptual diagram showing an arrangement environment of the urn.

Explanation of symbols

1a, 1b Identification / certification plate 1a One identification / certification plate 1b The other identification / certification plate 2 Identification information 11 Antique 11a Antique main body 11b Antique lid 21 Tombstone 22 Carote
23 Tomb Magazine 51 Ashes

Claims (1)

In the identification and certification method of remains as to identify and prove the remains stored in the urn comprising the lid and the main body by the identification and certification plate on which the identification information is displayed,
Identification to create two identification certification plates in which the common identification information is written by laser light irradiation inside each of the two transparent quartz substrates, and distortion caused by internal stress is removed by heat treatment by the irradiation. Proof plate making process,
An identification / certification plate placing step in which the two identification / certification plates are arranged above and below the remains in the urn,
The identification certification plate placement step includes:
A first identification / certification plate placing step of placing one of the two identification / certification plates on the bottom surface in the main body of the urn prior to storing the remains in the urn;
After the remains are stored in the urn where the one identification proof plate is disposed, the other identification proof plate of the two identification proof plates is placed above the remains in the main body of the urn. And a second identification certification plate arranging step for arranging the remains on the identification and certification method of the remains.

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