JP3109717U - Ceramic buddha statue - Google Patents

Ceramic buddha statue Download PDF

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JP3109717U
JP3109717U JP2004006223U JP2004006223U JP3109717U JP 3109717 U JP3109717 U JP 3109717U JP 2004006223 U JP2004006223 U JP 2004006223U JP 2004006223 U JP2004006223 U JP 2004006223U JP 3109717 U JP3109717 U JP 3109717U
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十右衛門 上埜
伯竹 新井
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伯竹 新井
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Abstract

【課題】特に、遺体と共に火葬に付しても変形せず、遠赤外線放射特性のあるセラミック製仏像にある。
【解決手段】遠赤外線源となる天然及び/または合成のセラミック粒体を主材料として成形・焼結製作したしてセラミック製仏像1である。
【選択図】図1
In particular, a ceramic Buddha image that does not deform even when subjected to cremation with a dead body and has far-infrared radiation characteristics.
A ceramic Buddha image 1 is obtained by molding and sintering a natural and / or synthetic ceramic particle that becomes a far-infrared ray source as a main material.
[Selection] Figure 1

Description

本考案は、セラミックを主材料として形成したセラミック製仏像に係り、セラミックが有する遠赤外線放射特性及び耐熱性特性を利用した仏像である。この仏像は、このまま仏壇や部屋などに設置する他、これを遺体と共に火葬に付した後、遺族などの近親者が身に付けて所持したり、仏壇に祀るなど従来の仏像では得られなかった使用を目的とするものである。   The present invention relates to a ceramic Buddha image formed using ceramic as a main material, and is a Buddha image utilizing the far-infrared radiation characteristic and heat resistance characteristic of the ceramic. This Buddha statue was placed on the Buddhist altar and room as it was, and after attaching it to the cremation with the dead body, it was not available with conventional Buddhist statues, such as being worn by a close relative of the bereaved family or possessed by the Buddhist altar. It is intended for use.

6〜7世紀頃、日本で最初に制作された仏像は金銅仏であり、これは蝋型技法で制作されている。つまり、鉄心上に土で中型(なかご)をつくり、その上に蝋を粘土状につけ、この蝋に仏像を彫刻した。その外側に土を被せ、固く焼きしめて蝋を溶出させ、この時形成される空洞に溶融した銅を流し込んで仏像を制作した。   The first Buddha image produced in Japan in the 6th and 7th centuries was a gold and bronze Buddha, which was produced using a wax technique. In other words, I made a medium-sized (basket) with soil on the iron core, put wax on it, and carved a Buddha image on this wax. The outside was covered with soil, hard baked to elute the wax, and molten copper was poured into the cavity formed at this time to create a Buddha statue.

さらに、天平時代に到り、乾漆像が制作された。乾漆像には、脱乾漆法と木心乾漆法による2つの方法のものがある。脱乾漆法では、木組を土で覆って固め、表面を塑土で仕上げて仏像の概略の形をつくり、この上に麻布をはり漆を塗って乾燥する。そして、麻布はり、漆塗り、乾燥の操作を繰り返し、精密な形に仕上げ、最後に仏像内の土を取り除いて仏像を制作する。木心乾漆法では、木彫の原形上に、おが屑状の「こくそ」を漆と練り合わせたものをつけて行き、仏像を仕上げた。これらの他に、塑造(粘土細工)及び木彫の仏像が存在している。   In addition, a lacquer sculpture was produced during the Tenpyeong era. There are two types of dry lacquer statues: a dry lacquer method and a wood core dry lacquer method. In the dry-drying lacquer method, a wooden frame is covered with soil and hardened, and the surface is finished with plastic soil to form an approximate shape of a Buddha image. Then repeat the operations of Azabu beam, lacquering, and drying to finish it in a precise shape, and finally remove the soil inside the statue to create a Buddha image. In the Kishin dry lacquer method, a wooden sculpture of “Kokuso” made of sawdust was kneaded with lacquer to finish the Buddha image. In addition to these, there are plastic statues (claywork) and wooden carved Buddha statues.

このように、従来の仏像は、金属、木、布と漆、或いは粘土で作られており、これらの仏像に共通する欠点は、現在行われているガスバーナーによる火葬の温度に耐えられないことである。つまり、いずれの制作法による仏像も、遺体と共に現行のガスバーナー法で火葬すると、溶融、崩壊或いは焼失して原形を止めることができなかった。   Thus, traditional Buddha statues are made of metal, wood, cloth and lacquer, or clay, and the common drawback of these Buddha statues is that they cannot withstand the temperature of cremation by the current gas burner. It is. In other words, the Buddha statues made by any of the production methods, when cremated together with the dead body using the current gas burner method, could not be melted, collapsed, or burned down to stop the original form.

本考案者らは、上記観点に鑑み、セラミックが有する遠赤外線放射特性と耐熱性特性とに着目し、セラミックを主材料とする仏像の研究・開発を図った結果、創作したのが本考案のセラミック製仏像であり、その目的は、従来にない仏像を高能率で制作でき、かつ特有な効果を発揮する効用の高い仏像にある。   In light of the above viewpoints, the present inventors focused on the far-infrared radiation characteristics and heat resistance characteristics of ceramics, and as a result of research and development of Buddha statues made of ceramics as the main material, the present invention was created. It is a ceramic Buddha image, and its purpose is to create a Buddha image with high utility that can produce an unprecedented Buddha image with high efficiency.

即ち、本考案に係わるセラミック製仏像は、仏壇や部屋などに設置する他に、特に、遺体と共に火葬してもその原形が変化し、或いは焼失することはなく、さらに火葬後の仏像は、その色調に深みを増し、神々しさに満ちた外観を奏することを目的とするものである。これは、仏像の主材料であるセラミック材の材質が遺体の成分と反応して生じる変化であると考えられる。   In other words, the ceramic Buddha image according to the present invention is not placed on the Buddhist altar or the room, in particular, its original shape does not change or burnt down even if it is cremated with the remains, and the Buddha image after the cremation The purpose is to increase the depth of colors and to create an appearance full of godliness. This is considered to be a change that occurs when the material of the ceramic material, which is the main material of the Buddha image, reacts with the components of the remains.

上記目的を達成するために、本考案のセラミック製仏像は、遠赤外線源となる天然及び/または合成のセラミック粉体を主材料として成形・焼結して制作したことを特徴とするものである。   In order to achieve the above object, the ceramic Buddha image of the present invention is characterized in that it is produced by molding and sintering a natural and / or synthetic ceramic powder that becomes a far infrared ray source as a main material. .

さらに、本考案のセラミック製仏像は、遠赤外線源となる天然及び/または合成のセラミック粉体を主材料とし、これに少なくとも重量比1/3量乃至1/5量の添加物を加え、成形・焼結して制作したことを特徴とするものである。   Furthermore, the ceramic Buddha image of the present invention is made mainly of natural and / or synthetic ceramic powders that are sources of far-infrared rays, and at least an additive in a weight ratio of 1/3 to 1/5 is added to the ceramic Buddha.・ It is characterized by being produced by sintering.

第1の考案によれば、このセラミック製仏像を遺体と共に火葬してもセラミックを主材料としており、溶融、崩壊或いは焼失することなく、原形を保ち、かつ色調に深みを増し、さらに、セラミック材の有する遠赤外線放射特性を失うことがない。   According to the first device, even if this ceramic Buddha image is cremated together with the remains, the ceramic is the main material, the original shape is maintained and the color tone is deepened without melting, collapsing or burning. The far-infrared radiation characteristics of the are not lost.

また、第2の考案によれば、第1の考案に比べ、セラミック材の有する遠赤外線放射特性は相乗的に高まるものである。   Further, according to the second device, the far-infrared radiation characteristic of the ceramic material is synergistically enhanced as compared with the first device.

このように本考案によれば、これを仏壇や部屋に設置でき、この他にセラミック製仏像を遺体と共に火葬しても、仏像の原形が変化したり、焼失することがなくなる反面、火葬後の仏像は、厳かな光沢を放つようになり、神々しさに満ちた外観の変化に変化するものとなり、遺骨と共に埋葬したり、遺族が身に付けて所持したり、仏壇に祀ることができ、その利用範囲が広がる。   In this way, according to the present invention, this can be installed on a Buddhist altar or room, and even if a ceramic Buddha image is cremated together with the remains, the original shape of the Buddha image will not change or be burned out, but after the cremation Buddha statues are radiated with a brilliant luster and become a change in appearance full of godliness, which can be buried with the remains, worn by the bereaved, possessed by the bereaved family, or enshrined at the altar. Wide range of use.

また、火葬後の仏像は、火葬前の仏像と同様に遠赤外線放射特性により、肌に近接して所持することにより、人体の健康に良好に作用する。   In addition, the Buddha image after cremation has good far-infrared radiation characteristics like the Buddha image before cremation, so that the Buddha image acts well on human health by being held close to the skin.

本考案は、遠赤外線源となる天然及び/または合成のセラミック粉体を主材として成形・焼結して制作したセラミック製仏像である。   The present invention is a ceramic Buddha image produced by molding and sintering a natural and / or synthetic ceramic powder as a far-infrared ray source.

以下、本考案の実施例を図面を参照しながら説明する。本考案に係わるセラミック製仏像は、一般に行われているセラミック製品の制作方法により制作することができる。即ち、金型を用いてセラミック材の原料粉末を圧粉成形し、これを高温に加熱して焼結する。焼結には、固相焼結と液相焼結があり、用いるセラミック材に適した温度及び雰囲気で行う。常圧焼結では、緻密化し難いセラミックの場合は加圧下に焼結するとよい。加圧焼結法には、ホットプレス法と熱間静水圧プレス法があり、いずれの方法によっても、本考案のセラミック製仏像を制作できる。   Embodiments of the present invention will be described below with reference to the drawings. A ceramic Buddha image according to the present invention can be produced by a general production method of ceramic products. That is, a raw material powder of a ceramic material is compacted using a mold, and this is heated to a high temperature and sintered. Sintering includes solid phase sintering and liquid phase sintering, and is performed at a temperature and atmosphere suitable for the ceramic material to be used. In the normal pressure sintering, in the case of a ceramic that is difficult to be densified, it may be sintered under pressure. The pressure sintering method includes a hot press method and a hot isostatic press method, and either method can produce a ceramic Buddha image of the present invention.

本考案に使用するセラミック材は、天然または/及び合成のものでよく、両者を混合したものでもよい。特に近赤外線部より遠赤外線部の吸収が強く、また線膨張係数が小さい特徴からジルコンを主体とするものが望ましい。加温時には遠赤外線部に強い放射特性を示し、この仏像を肌に近接して携帯する人の健康を推進し、仏像の効能を高めるものとなる。   The ceramic material used in the present invention may be natural or / and synthetic, or a mixture of both. In particular, those mainly composed of zircon are desirable because the far-infrared part is more strongly absorbed than the near-infrared part and the linear expansion coefficient is small. When warming, the far-infrared part shows strong radiation characteristics, promotes the health of people who carry this Buddha image close to their skin, and enhances the effectiveness of the Buddha image.

主材料となり得るセラミック材として、ジルコニア,チタニア,シリカ,アルミナ,コージライト(2MgO ・ 2Al2O3 ・5SiO2 ),βスポジウメン(LiO2・ Al2O3・ TiO2 ),チタン酸アルミニウム(Al2O3 ・ TiO2 )などの、所謂合成ファイン・セラミックが使用できる。また、バイオ技術により、ある種の酵素菌をシリカ分子に融合させ、これに鉄分子を結合させて高温酸化雰囲気中で焼成した後、還元性雰囲気中で安定化した特殊セラッミック素材をバイオ・セラミックと称しているが、このバイオ・セラミックは、上記合成ファイン・セラミックの範疇に含まれ、本考案の主材料となる合成のセラミックとして使用できる。 As ceramic material that can be the main component, zirconia, titania, silica, alumina, cordierite (2MgO · 2Al 2 O 3 · 5SiO 2), β Supojiumen (LiO 2 · Al 2 O 3 · TiO 2), aluminum titanate (Al So-called synthetic fine ceramics such as 2 O 3 · TiO 2 ) can be used. In addition, bioceramics are used to fuse special ceramic materials that are stabilized in a reducing atmosphere after a certain type of enzyme is fused with silica molecules, combined with iron molecules and baked in a high-temperature oxidizing atmosphere. However, this bioceramic is included in the category of the synthetic fine ceramic and can be used as a synthetic ceramic which is a main material of the present invention.

一方、天然のセラミック素材として天然に産する電気石(トルマリン)や天輝石のような遠赤外線を放射するセラミック類似物も使用でき、或いは上記合成バイオ・セラミックに混合して使用することができる。電気石や天輝石はいずれも天然に産出する鉱物資源であり、これらを本考案に係わる主材料である合成セラミックに混合して仏像の材料として使用することにより、この仏像を肌に近接して携帯する者に遠赤外線が作用し、心身の健康を著しく増進できる。これらの内、天輝石は特に有効である。天輝石は軟質多孔性古代海洋腐食質であり、動植物や魚類の栄養源となっている他、水の浄化に効力があることが知られている。   On the other hand, a ceramic analog that emits far-infrared rays such as natural tourmaline (tourmaline) and celestite can be used as a natural ceramic material, or can be used by mixing with the synthetic bio-ceramic. Both tourmaline and pylorite are naturally occurring mineral resources that are mixed with synthetic ceramics, which are the main materials related to the present invention, and used as materials for Buddha statues. Far-infrared rays act on those who carry them, which can significantly improve mental and physical health. Of these, pyroxene is particularly effective. Tendonite is a soft porous ancient marine corrosive material that is known as a nutrient source for animals and plants and fish, and is effective in purifying water.

次に、本考案者らが実施した具体例1〜3について説明する。図1は、具体例1により制作した仏像1を示している。磁器製ボールミルに分散剤溶液として、セルナD305の2%溶液100mlを入れ、使用するジルコニア2kgに対し、1/3量(重量比)のアルミナボール700gと、脱脂したジルコニア2kgの微細粉末を加え、よくかきまぜた後、72時間ボールミルを回転して粉砕・混合した。得られたスラリーを、よく乾燥した仏像の石膏型に流し込み、硬化後に型を外して成形品を取り出し、仕上げ後、数日間常温で放置・乾燥した。これを予備焼成後、さらに焼成炉に移して1400〜1550°Cで本焼成して、仏像1を制作した。このようにして制作した高さ13cmの立像の仏像について、公知の共鳴磁気分析器(MRA)による波動測定及び遠赤外線の吸収特性を測定した。その測定結果を図2に示す。さらに、この仏像を遺体と共に火葬し付した。仏像は遺体と共に火葬後も外形の変化は認められず、且つその色調が変化して神々しい深みを帯びている。火葬後の仏像も同様にMRAにより測定した。MRAによる波動測定結果及び遠赤外線の吸収特性の測定結果は図2とほぼ同様な数値を確認した。   Next, specific examples 1 to 3 implemented by the inventors will be described. FIG. 1 shows a Buddha image 1 produced according to Example 1. In a porcelain ball mill, as a dispersant solution, 100 ml of a 2% solution of Serna D305 is added. To 2 kg of zirconia to be used, 700 g of alumina balls of 1/3 amount (weight ratio) and fine powder of 2 kg of degreased zirconia are added, After stirring well, the ball mill was rotated and mixed for 72 hours. The obtained slurry was poured into a plaster mold of a well-dried Buddha image, the mold was removed after curing, the molded product was taken out, and after finishing, it was left to stand at room temperature for several days and dried. This was pre-baked and then transferred to a baking furnace and fired at 1400 to 1550 ° C. to produce Buddha image 1. Wave measurements and far-infrared absorption characteristics with a known resonance magnetic analyzer (MRA) were measured on the 13 cm high standing Buddha image thus produced. The measurement results are shown in FIG. Furthermore, this Buddha image was cremated along with the body. The statue of Buddha is not changed in shape after the cremation with the corpse, and its color changes and has a godly depth. The Buddha image after cremation was also measured by MRA. The wave measurement results by MRA and the measurement results of the far-infrared absorption characteristics were confirmed to be almost the same as those in FIG.

具体例2は、次のように制作した。磁器製ボールミルに分散剤溶液としてセルナD305,2%溶液100mlを入れ、使用するジルコニア2kgの微細粉末を加え、よくかきまぜた後、72時間ボールミルを回転して粉砕・混合した。得られたスラリーに、ジルコニア2kgに対し5%(重量比)のEM液100gを加え、さらに混合を続けた。このスラリーを、よく乾燥した仏像の石膏型に流し込み、硬化後に型を外して成形品を取り出し、仕上げ後数日間常温で放置・乾燥した。これを予備焼成後、さらに焼成炉に1400〜1550°Cで本焼成した。このようにして制作した仏像について、MRAによる波動測定及び遠赤外線の吸収特性を測定した。その測定結果を図2に示す。さらに、この仏像を遺体と共に火葬し付した。仏像は遺体と共に火葬後も外形の変化は認められず、且つその色調が変化して神々しい深みを帯びている。火葬後の仏像も同様にMRAにより測定した。MRAによる波動測定結果及び遠赤外線の吸収特性の測定結果は、図2とほぼ同様な数値を確認した。   Example 2 was produced as follows. Into a porcelain ball mill, 100 ml of Selna D305, 2% solution as a dispersant solution was added, and 2 kg of zirconia fine powder to be used was added and stirred well. Then, the ball mill was rotated for 72 hours for pulverization and mixing. To the obtained slurry, 100 g of 5% (weight ratio) EM solution was added to 2 kg of zirconia, and further mixing was continued. The slurry was poured into a well-dried Buddhist image plaster mold, the mold was removed after curing, the molded product was taken out, and allowed to stand at room temperature for several days after finishing and dried. This was pre-fired and further fired at 1400 to 1550 ° C. in a firing furnace. For the Buddha image produced in this way, wave measurement by MRA and absorption characteristics of far infrared rays were measured. The measurement results are shown in FIG. Furthermore, this Buddha image was cremated along with the body. The statue of Buddha is not changed in shape after the cremation with the corpse, and its color changes and has a godly depth. The Buddha image after cremation was also measured by MRA. The wave measurement results by MRA and the measurement results of the far-infrared absorption characteristics were confirmed to be almost the same as those in FIG.

具体例3は、次のように仏像を制作した。磁器製ボールミルに分散剤溶液としてセルナD305,2%溶液100mlを入れ、使用するジルコニア2kgに対し1/3量(重量比)のアルミナボール700gに対し、1/5量(重量比)の天輝石400gの微細粉末、及び脱脂したジルコニア2kgの微細粉末を加え、よくかきまぜた後、72時間ボールミルを回転して粉砕・混合した。得られたスラリーに、ジルコニア2kgに対し5%(重量比)のEM液100gを加え、さらに混合を続けた。このスラリーを、よく乾燥した仏像の石膏型に流し込み、硬化後に型を外して成形品を取り出し、仕上げ後数日間常温で放置・乾燥した。これを予備焼成後、さらに焼成炉に移して1400〜1550°Cで本焼成して同様な高さ約13cmの立像の仏像を制作した。このようにして制作した仏像について、MRAによる波動測定及び遠赤外線の吸収特性を測定した結果、図2と同様な数値を確認した。さらに、この仏像を遺体と共に火葬し付した。仏像は遺体と共に火葬後も外形の変化は認められず、且つその色調が変化して神々しい深みを帯びている。この火葬後の仏像も同様にMRAにより測定した。MRAによる波動測定結果及び遠赤外線の吸収特性の測定結果は、図2とほぼ等しい数値を確認した。   In specific example 3, a Buddha image was produced as follows. A porcelain ball mill is charged with 100 ml of Serna D305, 2% solution as a dispersant solution, and 1/5 amount (weight ratio) of pyroxenestone per 700 g of alumina balls of 1/3 amount (weight ratio) to 2 kg of zirconia used. 400 g of fine powder and 2 kg of defatted zirconia fine powder were added and stirred well, and then pulverized and mixed by rotating a ball mill for 72 hours. To the obtained slurry, 100 g of 5% (weight ratio) EM solution was added to 2 kg of zirconia, and further mixing was continued. The slurry was poured into a well-dried Buddhist image plaster mold, the mold was removed after curing, the molded product was taken out, and allowed to stand at room temperature for several days after finishing and dried. This was pre-baked, and then transferred to a baking furnace and fired at 1400 to 1550 ° C. to produce a similar statue of approximately 13 cm in height. As a result of measuring the wave motion by MRA and the absorption characteristics of far infrared rays for the Buddha image produced in this way, the same numerical values as in FIG. 2 were confirmed. Furthermore, this Buddha image was cremated along with the body. The statue of Buddha is not changed in shape after the cremation with the corpse, and its color changes and has a godly depth. This cremation Buddha image was also measured by MRA. The wave measurement results by MRA and the measurement results of the far-infrared absorption characteristics were confirmed to be almost the same as in FIG.

上記のセラミック材を加圧成形し、焼結して制作した仏像は、これまでの仏像にはなかった特徴を有する。即ち、本考案者らは、本考案に係わるセラミック製仏像を遺体と共に火葬すると、火葬後の仏像が厳かな光沢を放つようになり、神々しい外観に変化することを見出した。これは血液など遺体に含まれる何らかの成分が、仏像を形成するセラミックと反応して、外観の変化を生じたものと思われるが、その理論に関しては未だ定かではない。このように外観が変化した仏像を、遺骨と共に埋葬したり、遺族が身に付けて所持したり、或いは仏壇に祀ることにより、仏像の価値は著しく高められる。   The Buddha image produced by pressure-molding and sintering the above ceramic material has characteristics not found in previous Buddha images. That is, the present inventors have found that when a ceramic Buddha image related to the present invention is cremated together with a dead body, the Buddha image after cremation gives off a severe luster and changes to a divine appearance. It is thought that some component contained in the body such as blood reacts with the ceramic that forms the Buddha image, causing a change in appearance, but the theory is still unclear. Buddha statues whose appearance has been changed in this way are buried with the remains of the bones, worn by the bereaved family or possessed by the family, or placed on the Buddhist altar.

遠赤外線放射が人体に与える効果は、血行及び体温の変化などにより検出することができるが、この他に人体が発する波動を測定してこれを検知する方法が提案されており(例えば、江本勝著 ビジネス社刊「波動の人間学」参照)、人体などが放射する固有波動を共鳴磁気分析器(MRA)によって分析し、その人の健康状態、或いは物質の人体の健康に与える影響などを測定する方法が提案されている。ジルコニアなどのセラミック材の発する波動は、原子あるいは素粒子レベルの超微弱エネルギーと理解されており、人体にとって極めて有益なものであることが認められている。さらに、ジルコニアに、EMの名称で知られる微生物群或いはその生成物(比嘉照夫著 サンマーク出版刊「地球を救う大改革」参照)及び/又は天輝石を加えて制作した仏像の波動測定を行ったところ、上記図2のように極めて優れた特性が得られることが確認できた。なお、この波動の数値は高い値ほど、各項目の症状に良好に作用するものである。   The effects of far-infrared radiation on the human body can be detected by changes in blood circulation and body temperature. In addition to this, there have been proposed methods for detecting and detecting waves generated by the human body (for example, Masaru Emoto). Written by Business Company, “Humanology of Waves”, Resonance Magnetic Analyzer (MRA) analyzes natural waves radiated by human bodies, etc., and measures the health status of a person or the effects of substances on human health A method has been proposed. Waves generated by ceramic materials such as zirconia are understood as ultra-weak energy at the atomic or elementary particle level, and are recognized to be extremely beneficial to the human body. In addition, we measured the wave motion of Buddha statues made by adding zirconia to microbial groups known by the name of EM or their products (see “Great Reform to Save the Earth” published by Teruo Higa) and / or Tenseki. As a result, it was confirmed that extremely excellent characteristics were obtained as shown in FIG. The higher the value of this wave, the better the symptoms of each item.

本考案に係るセラミック製仏像の斜視図。The perspective view of the ceramic Buddha image which concerns on this invention. 波動測定結果を示す図表。The chart which shows a wave measurement result.

符号の説明Explanation of symbols

1 セラミック製仏像   1 Ceramic Buddha

Claims (2)

遠赤外線源となる天然及び/または合成のセラミック粉体を主材料として成形・焼結して制作したことを特徴とするセラミック製仏像。   A ceramic Buddha image, which is produced by molding and sintering natural and / or synthetic ceramic powders as a far-infrared ray source as the main material. 遠赤外線源となる天然及び/または合成のセラミック粉体を主材料とし、これに少なくとも重量比1/3量乃至1/5量の添加物を加え、成形・焼結して制作したことを特徴とするセラミック製仏像。   The main material is natural and / or synthetic ceramic powder, which is the source of far-infrared rays, and at least 1/3 to 1/5 by weight of additives are added to this, and then molded and sintered. A ceramic Buddha statue.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH03277418A (en) * 1990-03-23 1991-12-09 Sumitomo Heavy Ind Ltd Cutting method for pipe and device therefor

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH03277418A (en) * 1990-03-23 1991-12-09 Sumitomo Heavy Ind Ltd Cutting method for pipe and device therefor

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