TW201904913A - Mixture of Mineral Materials - Google Patents
Mixture of Mineral MaterialsInfo
- Publication number
- TW201904913A TW201904913A TW106121321A TW106121321A TW201904913A TW 201904913 A TW201904913 A TW 201904913A TW 106121321 A TW106121321 A TW 106121321A TW 106121321 A TW106121321 A TW 106121321A TW 201904913 A TW201904913 A TW 201904913A
- Authority
- TW
- Taiwan
- Prior art keywords
- ore
- mineralized
- ceramic material
- water
- mineralized ceramic
- Prior art date
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
Landscapes
- Farming Of Fish And Shellfish (AREA)
Abstract
Description
本發明涉及一種礦石材料組，特別是一種用於用於淨化水質及抑菌的礦石材料組。The invention relates to a group of ore materials, in particular to a group of ore materials for purifying water and inhibiting bacteria.
由於環境保護和生態農漁業的需要，養殖業逐漸地必須採用封閉式養殖。值得一提的是，水質的潔淨與否是直接影響農、漁業產量與品質的最主要的因素之一。在生態系統的迴圈過程中，若水質不潔淨，往往會造成養殖或種植的生物體生病而死亡。Due to the need for environmental protection and ecological agriculture and fisheries, the aquaculture industry has gradually adopted closed farming. It is worth mentioning that the cleanliness of water quality is one of the most important factors directly affecting the output and quality of agriculture and fisheries. In the process of recycling the ecosystem, if the water quality is unclean, it will often cause the cultured or planted organism to become sick and die.
以漁業養殖為例，在魚蝦養殖過程中，魚蝦可能會因為生病而死亡，導致水中的氨和氮的含量增加。尤其是，在最初的魚蝦育苗階段中，死亡率更是明顯，使得水中的氨和氮的含量會大幅提升，水生環境快速惡化，直接影響養殖的產量與品質。因此，為有良好的養殖產量與品質，養殖業者更是需要頻繁的換水，維護水質的潔淨，以讓養殖魚蝦能維持健康。In the case of fish farming, in fish and shrimp farming, fish and shrimp may die due to illness, resulting in increased levels of ammonia and nitrogen in the water. In particular, in the initial stage of fish and shrimp breeding, the mortality rate is more obvious, so that the ammonia and nitrogen content in the water will be greatly increased, and the aquatic environment will deteriorate rapidly, directly affecting the yield and quality of the culture. Therefore, in order to have good aquaculture production and quality, the aquaculture industry needs to change the water frequently and maintain the clean water quality so that the cultured fish and shrimp can maintain health.
然而，頻繁的換水會讓養殖成本大幅的增加，對養殖業者造成重大的負擔。因此，如何維持水質的潔淨以有良好的養殖產量與品質，同時又能兼顧養殖成本將是農漁業發展的一重要課題。However, frequent water changes can cause a significant increase in aquaculture costs and impose a significant burden on the breeder. Therefore, how to maintain the cleanliness of water quality with good aquaculture production and quality, while at the same time taking into account the cost of aquaculture will be an important issue in the development of agriculture and fisheries.
本發明的目的在於提供一種礦石材料組，其可有效且便利的淨化水質及抑菌，大幅降低種植或是養殖用水的更換次數，進而節省農業種植和漁業養殖的成本。The object of the present invention is to provide an ore material group, which can effectively and conveniently purify water quality and inhibit bacteria, and greatly reduce the number of replacements of planting or aquaculture water, thereby saving the cost of agricultural planting and fish farming.
本發明的另一目的在於提供一種礦石材料組，其可有效地淨化水質及抑菌，可廣泛用於潔淨人體的使用上，進而節省日常用水的費用。Another object of the present invention is to provide a group of ore materials which can effectively purify water and inhibit bacteria, and can be widely used for cleansing human body, thereby saving the cost of daily water.
為達上述目的，本發明提供一種礦石材料組，其具有淨化水質及抑菌的功效，其例如是可以容置於材料包或是其他適當的材料容器。本發明的礦石材料組包括一礦化陶瓷組成及一鉀礦石。礦化陶瓷組成包括一第一礦化陶瓷材料、一第二礦化陶瓷材料和一第三礦化陶瓷材料。此外，本發明的鉀礦石可提升水質的礦物含量，並與該礦化陶瓷組成調節水質的酸鹼度。其中，該第一礦化陶瓷材料的重量百分比以100wt%計，該第一礦化陶瓷材料由20-40wt%鎂電氣石(dravite)和60-80wt%蒙脫石(montmorillonite)在500-850℃下燒結而成。其中，該第二礦化陶瓷材料的重量百分比以100wt%計，該第二礦化陶瓷材料由40-50wt%木魚石(Muyu Stone)、10-20wt%麥飯石(Maifan Stone)和30-50wt%蒙脫石在500-850℃下燒結而成。其中，該第三礦化陶瓷材料的重量百分比以100wt%計，該第三礦化陶瓷材料由100wt%金屬鎂顆粒(Magnesium metal particles)使用電解法(electrolysis)而成。To achieve the above object, the present invention provides a group of ore materials having the effect of purifying water and bacteriostatic, for example, it can be accommodated in a material package or other suitable material container. The ore material set of the present invention comprises a mineralized ceramic composition and a potassium ore. The mineralized ceramic composition includes a first mineralized ceramic material, a second mineralized ceramic material, and a third mineralized ceramic material. In addition, the potassium ore of the present invention can enhance the mineral content of the water quality, and is combined with the mineralized ceramic to adjust the pH of the water. Wherein, the weight percentage of the first mineralized ceramic material is 100% by weight, and the first mineralized ceramic material is composed of 20-40wt% drivite and 60-80wt% montmorillonite at 500-850 Sintered at °C. Wherein, the weight percentage of the second mineralized ceramic material is 100% by weight, and the second mineralized ceramic material is 40-50wt% Muyu Stone, 10-20wt% Maifan Stone and 30-50wt % montmorillonite is sintered at 500-850 °C. Wherein, the weight percentage of the third mineralized ceramic material is 100% by weight, and the third mineralized ceramic material is formed by electrolysis using 100% by weight of metal magnesium particles (Magnesium metal particles).
在本發明的一實施例中，該礦化陶瓷組成的重量百分比以100wt%計，該第一礦化陶瓷材料、該第二礦化陶瓷材料和該第三礦化陶瓷材料的混合比例為：該第一礦化陶瓷材料為 40-55wt%；該第二礦化陶瓷材料為10-20wt%；該第三礦化陶瓷材料為25-50wt%。In an embodiment of the invention, the weight percentage of the mineralized ceramic composition is 100% by weight, and the mixing ratio of the first mineralized ceramic material, the second mineralized ceramic material, and the third mineralized ceramic material is: The first mineralized ceramic material is 40-55 wt%; the second mineralized ceramic material is 10-20 wt%; and the third mineralized ceramic material is 25-50 wt%.
在本發明的一實施例中，礦石材料組更包括一沸石。In an embodiment of the invention, the ore material group further comprises a zeolite.
在本發明的一實施例中，礦石材料組更包括一石英。In an embodiment of the invention, the ore material set further comprises a quartz.
在本發明的一實施例中，該鉀礦石、該沸石及該石英燒結而構成一第四礦化陶瓷材料。In an embodiment of the invention, the potassium ore, the zeolite and the quartz are sintered to form a fourth mineralized ceramic material.
在本發明的一實施例中，該礦石材料組的重量百分比以100wt%計，該礦化陶瓷組成、該鉀礦石、該沸石及該石英的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石、該沸石及該石英為 40-60wt%。In an embodiment of the present invention, the weight percentage of the ore material group is 100 wt%, the mineralized ceramic composition, the potassium ore, the zeolite and the quartz are mixed: the mineralized ceramic composition is 40-60 wt. %; the potassium ore, the zeolite and the quartz are 40-60% by weight.
在本發明的一實施例中，該礦石材料組的重量百分比以100wt%計，該礦化陶瓷組成、該鉀礦石、該沸石及該石英的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石為 10-15wt%；該沸石為10-15wt%；該石英為 20-30wt%。In an embodiment of the present invention, the weight percentage of the ore material group is 100 wt%, the mineralized ceramic composition, the potassium ore, the zeolite and the quartz are mixed: the mineralized ceramic composition is 40-60 wt. %; the potassium ore is 10-15 wt%; the zeolite is 10-15 wt%; and the quartz is 20-30 wt%.
在本發明的一實施例中，礦石材料組更包括一磷礦石，而該礦石材料組的重量百分比以100wt%計，該礦化陶瓷組成、該鉀礦石、該沸石、該石英及該磷礦石的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石、該沸石、該石英及該磷礦石為 40-60wt%。In an embodiment of the invention, the ore material group further comprises a phosphate rock, and the weight percentage of the ore material group is 100% by weight, the mineralized ceramic composition, the potassium ore, the zeolite, the quartz and the phosphate rock The mixing ratio is: the mineralized ceramic composition is 40-60% by weight; the potassium ore, the zeolite, the quartz and the phosphate ore are 40-60% by weight.
在本發明的一實施例中，該鉀礦石、該沸石、該石英及該磷礦石燒結而構成一第五礦化陶瓷材料。In an embodiment of the invention, the potassium ore, the zeolite, the quartz and the phosphate ore are sintered to form a fifth mineralized ceramic material.
在本發明的一實施例中，該鉀礦石為鉀長石、明礬石、霞石、海綠石，該磷礦石為磷灰石。In an embodiment of the invention, the potassium ore is potassium feldspar, alumite, nepheline, glaucon, and the phosphate rock is apatite.
本發明係綜合上述背景技術，以綜合化學（綜合有機化學、無機化學、生物化學、核子物理化學等基理）深入探討水質淨化及抑菌技術。根據綜合化學原理研究結果發現：負離子氫和氫氣有著水質淨化及抑菌的功效，尤其是活性氫離子（H― 、HΔ 、Ho ）。詳情如下討論。The present invention integrates the above-mentioned background art, and comprehensively discusses water purification and bacteriostasis techniques by comprehensive chemistry (integrated organic chemistry, inorganic chemistry, biochemistry, nuclear physics and the like). According to the results of comprehensive chemical principles, it is found that negative ions of hydrogen and hydrogen have the effect of water purification and bacteriostasis, especially active hydrogen ions (H ― , H Δ , H o ). Details are discussed below.
明確科學創新方向（兩項理論發明說明）為：1、一種新基子S子——生子（生命基子）；2、綜合化學（一套探討生命基因新理論）。Clarify the direction of scientific innovation (two theoretical inventions): 1, a new base S sub-child (life base); 2, comprehensive chemistry (a set of new theory of life genes).
關於新基子S子——生子（生命基子）：S子由光子輻射原子核中（尤其是H核子）積累形成，提供能量促動中質子然後促進原子反應後又複回減量光子，因此它是一種可生可辭的生命型基子。此外，光子最易進入H核子（H原子核僅一層電子雲一枚電子），故最易在H原子核中生成S子。光子也易進入C、O、N核子（原子核均僅二層電子雲，電子也少），所以容易促核，也能生成S子進一步促核。About the new base S sub-child (life base): S is formed by the accumulation of photon-emitting nucleus (especially H nucleus), providing energy to promote the proton and then promoting the atomic reaction and then returning to reduce the photon, so it is a kind A life-like life base. In addition, photons are most likely to enter the H nucleus (H nucleus has only one electron cloud and one electron), so it is most easy to generate S sub in the H nucleus. Photons are also easy to enter C, O, and N nucleuses (there are only two layers of electron clouds in the nucleus, and there are few electrons), so it is easy to promote nuclear, and it can also generate S to further promote nuclear.
承上所述，自然界生物起源：純H2 O、CO2 狀態，光子輻射H粒子生成生子→促動H質子→促動H電子→H2 O微電裂解→與CO2 結合→形成自然界初生有機碳水化合物→以後逐步生成植物→動物、人類。這就是自然界生物生成起源，光核輻射是自然生物的首要物理化學源素，S子是特要生成基子！According to the above, the natural biological origins: pure H 2 O, CO 2 state, photon radiation H particles generate children → actuate H protons → actuate H electrons → H 2 O micro-electrolysis → combine with CO 2 → form natural life Organic carbohydrates → gradually produce plants → animals, humans. This is the origin of the biological origin of nature, photonuclear radiation is the primary source of physical chemistry of natural organisms, S is a special generation of base!
承上所述，生物的生命基因要素係新陳代謝。任何生物體內有機物因歷時便失去生子，失去靈活性，空間同類有機物則因光核富含生子，所以藉由吸收該同類同類有機物即可置換，調控靈活性。這就是C、H、O、N可形成有機化學生命體的生存要在，這其中S子就是生命基子。重要的是：光子（品質為0）本身不帶電但可附微電荷，故光子入原子核累積可形成生子累積微電荷以起促核功效，但S子累積多少微能量尚須人類以後探討驗證。According to the above, the biological life factor of the organism is metabolism. Any organism in the living organism loses its vitality and loses its flexibility. The space-like organic matter is rich in the photonucleus, so it can be replaced by absorbing the same kind of organic matter. This is the survival of C, H, O, and N to form organic chemical organisms, of which S is the base of life. The important thing is that photons (quality 0) are not charged but can be attached with micro-charges. Therefore, the accumulation of photons into the nucleus can form a micro-charge of the living beings to promote the nuclear function, but how much micro-energy is accumulated by the S-subsequently needs to be verified by humans.
關於綜合化學（一套探討生命基因新理論），本理論提出綜合有機化學、無機化學、生物化學、核子物理化學等原理，以最終綜合生命基因物質分子根本基子（原子核、質子、電子、中子、生子、光子）方可探索生命基因根本基理，以達科學可控制的效果。綜合化學（生物生成基因探討）基理為：光核作用 → 生子功效 → 原子愛德華效應 → 原子結合 → 有機化學反應 → 形成分子基因。控制生物體健康要理為：水、電、氣綜合化學物理平衡。以人類為例，人類藥物創新方向為：首要為基無副作用或減少副作用，其次妨為針對性提高正作用。基於深刻認識目前因日逐大量能耗造致環境污染的嚴重危害性，人類應加強團結再團結日逐引起共同重視並日逐加強共同防範。With regard to comprehensive chemistry (a set of new theories on life genes), this theory proposes the principles of organic chemistry, inorganic chemistry, biochemistry, nuclear physics and chemistry to finally synthesize the fundamental molecular basis of life-genetic materials (nuclei, protons, electrons, neutrons). , child, photon) can explore the fundamentals of life genes to achieve scientifically controllable effects. The basic chemistry (biological gene discovery) is: photonuclear action → childbirth effect → atomic Edwardian effect → atomic binding → organic chemical reaction → formation of molecular genes. The health of the organism should be controlled as: comprehensive chemical and physical balance of water, electricity and gas. Taking humans as an example, the direction of human drug innovation is: firstly, there are no side effects or side effects, and secondly, it is a positive effect. Based on a profound understanding of the serious harm caused by the daily energy consumption caused by a large amount of energy consumption, human beings should strengthen unity and reunification, and cause common concern and strengthen joint prevention.
基於上述探討及綜合化學理論：本發明已有以下發明的科學研究方向。 主要影響原子：
關於生物體活性基因新陳代謝：從生物體必需的生命基因蛋白質、碳水化合物、維生素、生物催化酶等組份其活性基因判斷，務必重視其含H的-COOH（羧基）、-OH（羥基）、-SH（硫羥基）等成份。該類活性基團中氫元素因在生物中一久即易失去生子漸趨游離氫。所以天然按排生物需要每日吸收新鮮空氣（或吸收新鮮物質）中新鮮氫原子Ho （體外H含有生子）進行新陳代謝。其作用除之活性基因代謝復原，而且其裂解物H+又可揮發及排毒。 H+ + H― → H2 ↑ (生物體固有每日的排毒氫氣) H+ + OH― → O2 (有效吸附活性羥排毒) 這已能夠充分說明Ho 的生物體必需性。Regarding the metabolism of living organisms' genes: From the active genes of vital genes, carbohydrates, vitamins, biocatalytic enzymes, etc., which are essential for living organisms, it is important to pay attention to the H-containing CO- (carboxyl), -OH (hydroxyl), -SH (thiol) and other ingredients. Hydrogen in such active groups is prone to loss of free hydrogen due to the long-term loss of the living organism. Therefore, naturally, the natural organisms need to absorb fresh air (or absorb fresh substances) and fresh hydrogen atoms H o (H in vitro contains raw seeds) for metabolism. Its role is in addition to the metabolic recovery of the active gene, and its lysate H+ can be volatilized and detoxified. H + + H ― → H 2 ↑ (The natural detoxification hydrogen of the organism itself) H + + OH ― → O 2 (effective adsorption active hydroxy detoxification) This has fully explained the necessity of organisms of H o .
關於過氧化毒性：可知上述類活性基團因陳久氫元素漸離後易與活性氧反應。此即為生物型過氧化物（破壞了原有天然所需生命基因），並且還會產生大量活性羥基，這些傷害無容置疑。Regarding the toxicity of peroxidation: it is known that the above-mentioned reactive group easily reacts with active oxygen due to the gradual separation of the hydrogen element. This is a biotype of peroxide (destroying the original life-required gene), and it also produces a large amount of active hydroxyl groups, and these injuries are unquestionable.
關於活性氫還原過氧化排毒（H― 、HΔ 、Ho ）：About active hydrogen reduction and peroxidation detoxification (H ― , H Δ , H o ):
關於活性氫直接還原反應排毒： H2 O2 + HΔ + Ho → 2 H2 O O ―O― + 2H― → O2 ↑ + H2 ↑About active hydrogen direct reduction reaction detoxification: H 2 O 2 + H Δ + H o → 2 H 2 OO ―O ― + 2H ― → O 2 ↑ + H 2 ↑
基於經充分探理瞭解到活性氫的有效排毒效果，本發明才設計出以下化學反應，並提出本發明。 1、游離氫產生： Mg + HOH → Mg+ • OH + HΔ Mg + 2HOH → Mg (OH )2 + 2HΔ 2、氫氣產生： 2HΔ → H2 3、活性氫產生（H― 、HΔ 、Ho 主要由游離氫結合天然礦物質矽鋁酸鹽結合形成）： 蒙脫石矽鋁酸鹽（Al•Mg）2 〔Si4 O10 〕(OH)2 •nH2 O The present invention has devised the following chemical reactions based on the effective detoxification effect of the active hydrogen, and has proposed the present invention. 1. Free hydrogen production: Mg + HOH → Mg + • OH + H Δ Mg + 2HOH → Mg (OH ) 2 + 2H Δ 2. Hydrogen generation: 2H Δ → H 2 3, active hydrogen generation (H ― , H Δ H o is mainly formed by the combination of free hydrogen and natural mineral strontium aluminate): montmorillonite strontium aluminate (Al•Mg) 2 [Si 4 O 10 ](OH) 2 •nH 2 O
活性氫矽鋁酸鹽食入生物體矽鋁酸鹽本身不易裂解且可殺菌吸毒排出，並可裂解釋放出三類活性氫。 ～Al•H → ～Al + H― （負一價氫離子） ～Al•H → ～Al + HΔ （微電荷氫離子） ～Al•H → ～Al + Ho （生子型氫離子）Active hydroquinone aluminate ingested organisms strontium aluminate itself is not easy to crack and can be sterilized and sterilized, and can be cleaved to release three types of active hydrogen. ~Al•H → ~Al + H ― (negative monovalent hydrogen ion) ~Al•H → ~Al + H Δ (microcharged hydrogen ion) ~Al•H → ~Al + H o (protonic hydrogen ion)
現時人類已知氫元素為生物體主要生成元素並日逐在深入研究氫元素如何應用維護生物體健康。世界各處都在研究含氫水以救治各式生物。本發明經幾十年化學經歷研究結合天然礦物研究，於今已有新的科學可控思路發明。成果即為本發明的生產活性氫水的礦石材料組，該礦石材料組不僅是最理想的氫水製造材料，而且還能夠釋放生物體所需的微量元素，具多種多類保健功效。At present, humans know that hydrogen is the main generating element of living organisms, and it is increasingly studying how hydrogen is applied to maintain the health of living organisms. Hydrogen-containing water is being studied throughout the world to treat various organisms. The invention has been researched with natural minerals for decades, and new scientific controllable ideas have been invented. The result is the ore material group for producing active hydrogen water of the invention. The ore material group is not only the most ideal hydrogen water production material, but also can release the trace elements required by the organism, and has various kinds of health care effects.
本發明的技術方案具體即是上述礦石材料組，其能夠產生活性氫水。特別要說明的是：生物體的健康其實就是維護其天然基因的化學物理平衡，氧化新陳代謝即為此根本基理。無疑，氧化功能對生物體生存務必需要，但人類現已知：過度氧化即可傷害生物體，並日逐證實許多病症都因此而起。上述近期研發成果即均為以氫元素控制過度氧化的成果。The technical solution of the present invention is specifically the above-mentioned ore material group capable of generating active hydrogen water. In particular, the health of an organism is actually to maintain the chemical and physical balance of its natural genes. Oxidation metabolism is the fundamental principle. Undoubtedly, oxidative function is necessary for the survival of living organisms, but humans now know that excessive oxidation can harm organisms, and it has been confirmed that many diseases have arisen. The above-mentioned recent research and development results are the result of controlling excessive oxidation by hydrogen.
其中， 使用本發明的礦石材料組產生的活性氫水，其主要含有三類活性氫，其次是氫氣。 H― （負一價氫離子）：等同佛雷納根該之氫； HΔ （微電荷氫離子）：特效還原性功能游離氫； Ho （生子型氫離子）：置換還原性功能游離氫。Among them, the active hydrogen water produced by using the ore material group of the present invention mainly contains three types of active hydrogen, followed by hydrogen. H ― (negative monovalent hydrogen ion): equivalent to the hydrogen of Freinagen; H Δ (microcharged hydrogen ion): special effect reducing functional free hydrogen; H o (protonic hydrogen ion): replacement reducing functional free hydrogen .
已可明確的是：生物體內超度過氧化物自由基複雜多異，尤其是菌類其過氧化傷害生物體更是明顯，故于生物化學原理可以確定：選擇多種活性氫針對性反應控毒要比單種活性氫更為有效廣泛！無疑，其物理生物功效亦為廣泛特出。It has become clear that the super-peroxide radicals in the organism are complex and different, especially the fungi that damage the organisms, so the biochemical principle can be determined: the selection of multiple active hydrogens for targeted reaction control is better than A single active hydrogen is more effective and extensive! Undoubtedly, its physical and biological effects are also widely featured.
本發明的礦石材料組產生的活性氫水，其不同於既有的多種氫水產品。詳細地說，本發明是採用自然產氫及時產氫及時入體的常規天然保健形式，其功能長時間持續，且因其是及時產生的活性氫和氫氣水，故特有活性——保健效果突出，而且基本無副作用。故本發明屬該類技術的創新技術。The active hydrogen water produced by the ore material group of the present invention is different from the existing various hydrogen water products. In detail, the invention adopts a conventional natural health care form which adopts natural hydrogen production and timely hydrogen production into the body, and its function lasts for a long time, and because it is active hydrogen and hydrogen water generated in time, it is uniquely active - the health effect is outstanding And basically no side effects. Therefore, the present invention is an innovative technology of this type of technology.
本發明的有益之處在於：將本發明的礦石材料組裝袋或裝置於容器後，浸泡於種植及養殖的用水環境中，即可釋放並穩定溶入水中的多種活性氫及氫氣，可以有效多效保健生物體並克制生物體有關症因，該類活性氫對生物健康生存貢獻特大。具體的是（一）科學可控制的活性氫水製造材料，形成活性氫效率高，能穩定控制水的pH值，能釋放有益生物體的微量元素。（二）由其產生的活性氫可以有效促進生物體新陳代謝；活性氫可以有效還原控制生物體過度氧化，避免多種病因並可還原治療多種疾病症；活性氫結合氫氣用水輸送至生物體各個細胞內，可有效提高生物體多種保健功能。The invention has the advantages that: the ore material of the invention is assembled into a bag or a device, and is immersed in a water environment for planting and breeding, thereby releasing and stably dissolving a plurality of active hydrogen and hydrogen dissolved in the water, which can be effectively more Health care organisms and restrain the cause of the organism, this type of active hydrogen contributes a lot to the health of the organism. Specifically, it is (a) a scientifically controllable active hydrogen water producing material, which has high activity of forming active hydrogen, can stably control the pH value of water, and can release trace elements of beneficial organisms. (2) The active hydrogen produced by it can effectively promote the metabolism of the organism; the active hydrogen can effectively reduce the excessive oxidation of the organism, avoid multiple causes and can reduce and treat various diseases; the active hydrogen is combined with hydrogen to transport to each cell of the organism. It can effectively improve the various health functions of living organisms.
此外，本發明還可以用於潔淨人體的使用上，有效節省日常用水的費用。In addition, the invention can also be used for cleansing the use of the human body, effectively saving the cost of daily water use.
為了讓上述目的、技術特徵以及實際實施後的增益性更為明顯易懂，於下文中將係以較佳的實施範例輔佐對應相關的圖式來進行更詳細的說明。In order to make the above-mentioned objects, technical features, and gains after actual implementation more obvious, a more detailed description will be given below with reference to the corresponding drawings in the preferred embodiments.
為更清楚瞭解本發明的特徵、內容與優點及其所能達成的功效，茲將本發明配合附圖，並以實施例的表達形式詳細說明如下，而其中所使用的圖式，其主旨僅為示意及輔助說明書之用，未必為本發明實施後的真實比例與精準配置，故不應就所附的圖式的比例與配置關係解讀、侷限本發明於實際實施上的權利範圍。The features, aspects, and advantages of the present invention, as well as the advantages thereof, will be described in conjunction with the accompanying drawings, in which The use of the present invention in the context of the present invention is not intended to be a true proportion and precise configuration of the present invention. Therefore, the scope of the present invention should not be construed as limiting the scope of the present invention.
本發明的優點、特徵以及達到的技術方法將參照例示性實施例及所附圖式進行更詳細地描述而更容易理解，且本發明或可以不同形式來實現，故不應被理解僅限於此處所陳述的實施例，相反地，對所屬技術領域具有通常知識者而言，所提供的實施例將使本揭露更加透徹與全面且完整地傳達本發明的範疇，且本發明將僅為所附加的申請專利範圍所定義。The advantages, features, and technical methods of the present invention will be more readily understood from the following description of the exemplary embodiments and the accompanying drawings. The embodiments of the present invention, and the embodiments of the present invention are intended to provide a more complete and complete and complete disclosure of the scope of the present invention, and The scope of the patent application is defined.
經試驗，本發明的礦石材料組不僅能夠產生豐富的活性氫，而且能夠釋放生物體所需的微量元素，具有多類保健功效。以下結合具體實施例對本發明作具體的介紹。Through experiments, the ore material group of the present invention not only can produce abundant active hydrogen, but also can release the trace elements required by the organism, and has many kinds of health care effects. The present invention will be specifically described below in conjunction with specific embodiments.
本發明透過研究天然礦石成分與特性，嚴密計算各天然礦石之間的配比，精準控制燒結溫度，平衡安全與效益，最終形成了本發明的具有最佳功效的礦石材料組。具體如下：By studying the composition and characteristics of natural ore, the invention strictly calculates the ratio between natural ores, precisely controls the sintering temperature, balances safety and benefit, and finally forms the ore material group with the best effect of the invention. details as follows:
本發明的該礦石材料組可用於淨化水質及抑菌，其包括一礦化陶瓷組成及一鉀礦石。礦化陶瓷組成係包括一第一礦化陶瓷材料、一第二礦化陶瓷材料和一第三礦化陶瓷材料。此外，鉀礦石可以提升水質的礦物含量。另外，鉀礦石屬酸性礦石，其可與該礦化陶瓷組成調節水質的酸鹼度。本實施例的鉀礦石例如是鉀長石、明礬石、霞石或是海綠石。其中，第一礦化陶瓷材料的重量百分比以100wt%計，該第一礦化陶瓷材料由20-40wt %鎂電氣石和60-80wt %蒙脫石，於500-850℃下燒結而成。第二礦化陶瓷材料的重量百分比以100wt%計，第二礦化陶瓷材料由40-50wt %木魚石、10-20wt%麥飯石和30-50wt%蒙脫石，於500-850℃下燒結而成。第三礦化陶瓷材料的重量百分比以100wt%計，第三礦化陶瓷材料由100wt%金屬鎂顆粒，於使用電解法而成。The ore material group of the present invention can be used for purifying water quality and bacteriostatic, and comprises a mineralized ceramic composition and a potassium ore. The mineralized ceramic composition includes a first mineralized ceramic material, a second mineralized ceramic material, and a third mineralized ceramic material. In addition, potassium ore can increase the mineral content of water. In addition, the potassium ore is an acidic ore, which can be combined with the mineralized ceramic to adjust the pH of the water. The potassium ore of this embodiment is, for example, potassium feldspar, alumite, nepheline or glauconite. Wherein, the weight percentage of the first mineralized ceramic material is 100 wt%, and the first mineralized ceramic material is formed by sintering 20-40 wt% tourmaline and 60-80 wt% montmorillonite at 500-850 °C. The weight percentage of the second mineralized ceramic material is 100% by weight, and the second mineralized ceramic material is sintered at 40-850% by weight of 40-50% by weight of kerosene, 10-20% by weight of maifan stone and 30-50% by weight of montmorillonite. Made. The weight percentage of the third mineralized ceramic material is 100% by weight, and the third mineralized ceramic material is made of 100% by weight of metallic magnesium particles by using an electrolytic method.
在本實施例中，礦化陶瓷組成的重量百分比以100wt%計，第一礦化陶瓷材料、第二礦化陶瓷材料和第三礦化陶瓷材料的混合比例為：40-55wt%第一礦化陶瓷材料、10-20wt%第二礦化陶瓷材料與25-50wt%第三礦化陶瓷材料。In this embodiment, the weight percentage of the mineralized ceramic composition is 100% by weight, and the mixing ratio of the first mineralized ceramic material, the second mineralized ceramic material, and the third mineralized ceramic material is: 40-55 wt% of the first mine. Ceramic material, 10-20 wt% second mineralized ceramic material and 25-50 wt% third mineralized ceramic material.
在一較佳實施例中，第一礦化陶瓷材料可以是40wt%鎂電氣石和60wt%蒙脫石，於700℃下燒結而成。第二礦化陶瓷材料可以是木魚石40wt%、麥飯石20wt%與蒙脫石40wt%，於700℃下燒結而成。此外，第三礦化陶瓷材料可以是金屬鎂顆粒100wt%，於使用電解法而成。In a preferred embodiment, the first mineralized ceramic material may be 40 wt% tourmaline and 60 wt% montmorillonite, sintered at 700 °C. The second mineralized ceramic material may be 40% by weight of kerosene, 20% by weight of maifan stone and 40% by weight of montmorillonite, and sintered at 700 °C. Further, the third mineralized ceramic material may be 100% by weight of the metallic magnesium particles, which is formed by using an electrolytic method.
在一較佳實施例中，礦石材料組的礦化陶瓷組成例如是：第一礦化陶瓷材料45wt%、第二礦化陶瓷材料 15wt%與第三礦化陶瓷材料40wt%。In a preferred embodiment, the mineralized ceramic composition of the ore material group is, for example, 45 wt% of the first mineralized ceramic material, 15 wt% of the second mineralized ceramic material, and 40 wt% of the third mineralized ceramic material.
須注意的是：（1）經試驗，在500-850℃範圍內燒結各礦化陶瓷，基本不會對各礦化陶瓷的性質產生明顯的影響；（2）在各礦化陶瓷配方中，在上述給定的範圍內混合各組分，基本不會對各礦化陶瓷的性質產生明顯的影響。鎂電氣石：能夠產生微弱電流、負離子和小水分子團通經活血。蒙脫石：能夠吸附細菌、病毒和一些有毒的物質排泄。特要功能：其主體成分矽鋁酸鹽可吸附活性氫進入生物體再裂解釋放出多種活性氫。木魚石：能夠釋放曬等微量元素和遠紅外線溫暖細胞；有效調控活性氫水pH值。麥飯石：能夠釋放多種無機鹽微量元素 , 有效控制活性氫水形成的OH― ，使得本發明保健水正作用明確，基本無副作用。金屬鎂顆粒：首為可與水反應裂解出氫，其次鎂元素亦必參與生物體代謝。It should be noted that: (1) After sintering, each mineralized ceramic is sintered in the range of 500-850 °C, which will not have a significant effect on the properties of each mineralized ceramic; (2) in each mineralized ceramic formula, Mixing the components within the above given ranges does not substantially affect the properties of each mineralized ceramic. Magnesium tourmaline: capable of generating weak currents, negative ions and small water molecules passing through the blood. Montmorillonite: It can absorb bacteria, viruses and some toxic substances. Special function: Its main component, strontium aluminate, can adsorb active hydrogen into the organism and then cleave to release a variety of active hydrogen. Muyu Stone: It can release trace elements such as sun and warm cells of far infrared rays; effectively regulate the pH value of active hydrogen water. Maifanshi: can release more inorganic salts of trace elements, effectively control the water activity of the hydrogen formed in OH -, so that the effect of the present invention care Water was clear and almost no side effects. Magnesium metal particles: The first is to react with water to crack hydrogen, and the second magnesium element is also involved in the metabolism of the organism.
在本發明中，我們將各礦物本質與水的反應作為研究導向，取其無毒與安全的礦物元素，在水與礦物的物理和化學變化中，使水的本質改變，其中以水的電位值、酸堿值、氫含量和元素釋放做為一項課題。當然，本發明最有意義的就是可以便利地製備了多種活性氫。In the present invention, we take the reaction of each mineral essence with water as a research guide, taking its non-toxic and safe mineral elements, and changing the nature of water in the physical and chemical changes of water and minerals, in which the potential value of water is Acid enthalpy, hydrogen content and element release are a topic. Of course, the most significant aspect of the present invention is that a plurality of active hydrogens can be conveniently prepared.
通過相關試驗證實，本發明的礦石材料組具有以下特點：（1）能夠產生豐富的活性氫，水中溶氫量50ppb～1000ppb（依水溫與浸泡時間而定）。活性氫在各個科研實驗中表現出具有抗氧化、抵抗自由基對身體的侵害與改善酸性體質的很好的效果 , 預防生物體感染多種慢性病。（2）能釋放多種微量元素，能釋放活性鈣離子、活性鎂離子、活性鐵離子、活性鋅離子等微量元素，釋放的量均為生物體所需代謝量。It has been confirmed by relevant experiments that the ore material group of the present invention has the following characteristics: (1) It is capable of generating abundant active hydrogen, and the amount of dissolved hydrogen in water is 50 ppb to 1000 ppb (depending on water temperature and soaking time). In various scientific experiments, active hydrogen has a good effect of resisting oxidation, resisting free radicals on the body and improving acidic body, and preventing organisms from infecting many chronic diseases. (2) It can release a variety of trace elements, and can release active calcium ions, active magnesium ions, active iron ions, active zinc ions and other trace elements, and the amount of release is the amount of metabolism required by the organism.
使用本發明的礦石材料組，能夠產生活性氫水，所產生的活性氫水綜合了含氫水、小分子水、序化水、磁化水和弱鹼性離子水的優點與特性。經檢測，使用本發明的礦石材料組所產生的活性氫水的一些參數如下： （1）水氫含量：50ppb～1000ppb（豐富）； （2）水中電位值ORP：+100mV～-700mV（降低）； （3）pH值範圍：pH7.0～pH9.0（穩定）。The active hydrogen water can be produced by using the ore material group of the present invention, and the active hydrogen water produced combines the advantages and characteristics of hydrogen-containing water, small molecule water, ordered water, magnetized water and weakly basic ionized water. Some parameters of the active hydrogen water produced by using the ore material group of the present invention are as follows: (1) water hydrogen content: 50 ppb to 1000 ppb (rich); (2) water potential value ORP: +100 mV to -700 mV (reduced) (3) pH range: pH 7.0 to pH 9.0 (stable).
1999年諾貝爾醫學獎和生理學獎獲得者德國科學家、細胞生理學Dr.ErwinNeher和Dr.Bert Sakmann研究結果表明：只有小分子團水才能通過2納米的生物體細胞離子通道，進入細胞核和DNA，活化細胞酶組織，激發生命活力,而其他自來水、純淨水都無法通過離子通道進入細胞內。The results of the 1999 Nobel Prize in Medicine and Physiology, German scientists, cell physiology Dr. Erwin Neher and Dr. Bert Sakmann show that only small molecules of water can enter the nucleus and DNA through 2 nanometers of biological cell ion channels. It activates the cell enzyme tissue and stimulates vitality, while other tap water and pure water cannot enter the cell through the ion channel.
承上所述，使用本發明的礦石材料組所產生的活性氫水是真正的小分子團水，經測試，該活性氫水的分子團半徑為68Hz，低於世界衛生組織公佈的《健康飲用水標準》中水分子團半幅寬小於100Hz，具有極強的滲透力、擴散力、溶解力、代謝力，更容易通過細胞內外水的交換消除氧化自由基，有害酸性代謝物和各種廢棄物，促進細胞生長發育，保持細胞活力，其富氫小分子團水是給生物細胞喝的水。As described above, the active hydrogen water produced by using the ore material group of the present invention is a true small molecule water, and the molecular cluster radius of the active hydrogen water is tested to be 68 Hz, which is lower than the "Healthy Drinking" published by the World Health Organization. In the Water Standard, the water molecule has a half width less than 100 Hz. It has strong penetrating power, diffusion force, solvency and metabolism. It is easier to eliminate oxidative free radicals, harmful acidic metabolites and various wastes through the exchange of water inside and outside the cell. Promote cell growth and development, maintain cell viability, and its hydrogen-rich small molecule water is the water that is given to biological cells.
使用本發明的礦石材料組所產生的活性氫水，經日常吸收後，可以獲得如下綜合功能： （1）利於生物體吸收與排放； （2）協助生物體內自體排毒功能； （3）促進C、O生物體代謝； （4）產生有序水促進細胞膜與細胞核的膜電位正常； （5）修補與改善受損細胞； （6）預防生物體感染慢性疾病； （7）補充生物體所需多種微量元素 , 增強抵抗力，增加生物體生命週期； （8）殺菌消炎排毒。The active hydrogen water produced by using the ore material group of the present invention can obtain the following comprehensive functions after daily absorption: (1) facilitating absorption and discharge of organisms; (2) assisting autologous detoxification function in living organisms; (3) promoting (C) the production of ordered water promotes normal membrane potential of cell membrane and nucleus; (5) repairs and improves damaged cells; (6) prevents chronic infection of organisms; (7) supplements organisms Need a variety of trace elements, enhance resistance, increase the life cycle of the organism; (8) sterilization, anti-inflammatory and detoxification.
值得一提的是，本發明是利用礦石材料組所產生的活性氫水及負氫離子來達到抑止細菌生長的目的。簡單地說，負氫離子能吸附例如是細菌或是病毒的微生物，穿刺微生物細胞外表，抑制細菌繁殖，進而達到抑制細菌生長的效果。如此一來，無論是在農業的水耕種植上或是漁業的養殖上，皆可以利用本發明礦石材料組所產生的活性氫水及負氫離子來達到抑止細菌生長的目的，進而淨化水質，抑制了種植及養殖用水中的病菌繁衍。換言之，將本發明的礦石材料組裝袋或裝置於容器後，可將礦石材料組浸泡於種植及養殖的用水環境中。如此一來，即無須頻繁的換水就可維護種植及養殖用水的潔淨，大幅地降低先前技術所提到的「需要頻繁的換水以維護水質的潔淨」所造成的成本問題。It is worth mentioning that the present invention utilizes active hydrogen water and negative hydrogen ions generated by the ore material group to achieve the purpose of inhibiting bacterial growth. Briefly, negative hydrogen ions can adsorb microorganisms such as bacteria or viruses, puncture the appearance of microbial cells, inhibit bacterial growth, and thereby achieve the effect of inhibiting bacterial growth. In this way, the active hydrogen water and the negative hydrogen ions generated by the ore material group of the present invention can be used for the purpose of suppressing the growth of bacteria, whether the agricultural water is cultivated or the culture of the fishery, thereby purifying the water quality. It inhibits the proliferation of germs in planting and breeding water. In other words, after the ore material of the present invention is assembled into a bag or device, the ore material group can be immersed in the water environment for planting and breeding. In this way, the cleaning of planting and aquaculture water can be maintained without frequent water changes, which greatly reduces the cost problem caused by the need for frequent water changes to maintain water quality.
在一較佳實施例中，本發明的礦石材料組還可包括一沸石，沸石可特別用以處理水中的氨氮。舉例來說，在漁業養殖中，魚蝦等水產可能會因為生病而死亡，導致水中的氨和氮的含量增加。尤其是，在最初的魚蝦育苗階段中，死亡率更是明顯，會使得水中的氨和氮的含量會大幅提升，水生環境快速惡化，直接影響養殖的產量與品質。因此，為有良好的養殖產量與品質，本發明特別在礦石材料組中增加沸石，以利用沸石的材質特性來處理水中的氨氮。換言之，應用本發明的礦石材料組無需頻繁的換水即可維護水質的潔淨，讓養殖魚蝦等水產能維持健康，進而解決先前技術所提到的「需要頻繁的換水以維護水質的潔淨」所造成的成本問題。In a preferred embodiment, the ore material set of the present invention may further comprise a zeolite which is particularly useful for treating ammonia nitrogen in water. For example, in fish farming, aquatic products such as fish and shrimp may die due to illness, resulting in increased levels of ammonia and nitrogen in the water. In particular, in the initial stage of fish and shrimp breeding, the mortality rate is more obvious, which will greatly increase the content of ammonia and nitrogen in the water, and rapidly deteriorate the aquatic environment, directly affecting the yield and quality of the culture. Therefore, in order to have good aquaculture yield and quality, the present invention particularly increases zeolite in the ore material group to utilize the material properties of the zeolite to treat ammonia nitrogen in the water. In other words, the ore material group to which the present invention is applied can maintain the cleanliness of the water without frequent water exchange, and maintain the water production capacity of the cultured fish and shrimp, thereby solving the problem of "requiring frequent water exchange to maintain the cleanliness of the water" mentioned in the prior art. The cost problem caused.
在一較佳實施例中，礦石材料組還可包括一含石英材料的水晶石，其屬於酸性礦石，可用以釋放出二氧化矽，主要用以平衡種植及養殖用水的酸鹼值。特別的是，包含石英的水晶石與例如是鉀長石的鉀礦石也可用以平衡鎂電氣石作用所產生的鹼。也就是說，本發明除了可以應用麥飯石產生(或釋放)的鹽類去平衡水質的酸鹼值之外，還可以藉由包含石英的水晶石與例如是鉀長石的鉀礦石來調節水質的酸鹼度。In a preferred embodiment, the ore material group may further comprise a quartz stone containing quartz material, which is an acidic ore, which can be used to release cerium oxide, and is mainly used to balance the pH value of planting and breeding water. In particular, quartz crystals containing quartz and potassium ores such as potassium feldspar can also be used to balance the alkali generated by the action of the tourmaline. That is to say, in addition to the use of the salt produced (or released) by the stone to balance the pH value of the water, the present invention can also regulate the water quality by using quartz crystal containing quartz and potassium ore such as potassium feldspar. pH.
在一較佳實施例中，該鉀礦石、該沸石及該石英例如可以用原礦石的態樣來呈現。在其他較佳實施例中，該鉀礦石、該沸石及該石英也可以用燒結成一第四礦化陶瓷材料的態樣來呈現。In a preferred embodiment, the potassium ore, the zeolite, and the quartz may be presented, for example, in the form of a raw ore. In other preferred embodiments, the potassium ore, the zeolite, and the quartz may also be rendered by sintering into a fourth mineralized ceramic material.
在一較佳實施例中，該礦石材料組的重量百分比以100wt%計時，該礦化陶瓷組成、該鉀礦石、該沸石及該石英的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石、該沸石及該石英為 40-60wt%。進一步地說，該礦石材料組的重量百分比以100wt%計時，該礦化陶瓷組成、該鉀礦石、該沸石及該石英的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石為 10-15wt%；該沸石為10-15wt%；該石英為 20-30wt%。In a preferred embodiment, the weight percentage of the ore material group is counted at 100 wt%, and the mineralized ceramic composition, the potassium ore, the zeolite and the quartz are mixed: the mineralized ceramic composition is 40-60 wt%. The potassium ore, the zeolite and the quartz are 40-60% by weight. Further, the weight percentage of the ore material group is counted at 100 wt%, the mineralized ceramic composition, the potassium ore, the zeolite and the quartz are mixed: the mineralized ceramic composition is 40-60 wt%; the potassium ore It is 10-15 wt%; the zeolite is 10-15 wt%; the quartz is 20-30 wt%.
在一較佳實施例中，礦石材料組還可包括一磷礦石，該磷礦石例如為磷灰石。其中，該礦石材料組的重量百分比以100wt%計，該礦化陶瓷組成、該鉀礦石、該沸石、該石英及該磷礦石的混合比例為：該礦化陶瓷組成為 40-60wt%；該鉀礦石、該沸石、該石英及該磷礦石為 40-60wt%。與上述實施例相同，該鉀礦石、該沸石、該石英及該磷礦石可以用原礦石的態樣來呈現。在其他較佳實施例中，該鉀礦石、該沸石、該石英及該磷礦石也可以用燒結成一第五礦化陶瓷材料的態樣來呈現。In a preferred embodiment, the ore material group may further comprise a phosphate rock, such as apatite. Wherein, the weight percentage of the ore material group is 100 wt%, the mineralized ceramic composition, the potassium ore, the zeolite, the quartz and the phosphate ore are mixed: the mineralized ceramic composition is 40-60 wt%; The potassium ore, the zeolite, the quartz and the phosphate rock are 40-60% by weight. As in the above embodiment, the potassium ore, the zeolite, the quartz and the phosphate rock may be present in the form of a raw ore. In other preferred embodiments, the potassium ore, the zeolite, the quartz, and the phosphate ore may also be rendered by sintering into a fifth mineralized ceramic material.
無論是在農業種植或是漁業養殖環境中，上述鉀礦石和磷礦石還可以提供適當的礦物成分，以作為動植物的生長養分。Whether in agricultural or fish farming environments, the above-mentioned potassium ore and phosphate ore can also provide suitable mineral components for the growth nutrients of plants and animals.
在一較佳實施例中，本發明的礦石材料組還可以廣泛用於潔淨人體的使用上。詳細地說，基於本發明的礦石材料組可以有效地淨化水質及抑菌，因此本發明可廣泛用於潔淨人體的使用上。舉例來說，本發明可以應用在盥洗、沐浴或是泡澡。因本發明的礦石材料組可以有效地淨化水質及抑菌，故本發明可以有效節省日常用水的費用。上述鉀礦石和磷礦石還可以提供適當的礦物成分，以讓應用本發明的礦石材料組所產生之盥洗、沐浴或是泡澡用水益於人體肌膚。In a preferred embodiment, the ore material set of the present invention can also be widely used for cleansing the use of the human body. In detail, the ore material group based on the present invention can effectively purify water and inhibit bacteria, and thus the present invention can be widely applied to clean human body use. For example, the invention can be applied to washing, bathing or bathing. Since the ore material group of the present invention can effectively purify water and inhibit bacteria, the present invention can effectively save the cost of daily water. The above-mentioned potassium ore and phosphate rock may also provide a suitable mineral component to allow the use of the washing, bathing or bathing water produced by the ore material group of the present invention to benefit human skin.
由此可見，本發明的礦石材料組是最理想的氫水製造材料，更是最理想的淨化水質及抑菌產品。因而，本發明可以用於提升農業種植及漁業養殖效能，提升了種植及養殖的產量與品質，並能降低了種植及養殖的成本。此外，本發明還可以用於潔淨人體的使用上，有效節省日常用水的費用。需要說明的是，上述實施例不以任何形式限制本發明，凡採用等同替換或等效變換的方式所獲得的技術方案，均落在本發明的保護範圍內。It can be seen that the ore material group of the invention is the most ideal hydrogen water production material, and is the most ideal purification water quality and antibacterial product. Thus, the present invention can be used to improve the efficiency of agricultural planting and fish farming, increase the yield and quality of planting and aquaculture, and reduce the cost of planting and breeding. In addition, the invention can also be used for cleansing the use of the human body, effectively saving the cost of daily water use. It should be noted that the above embodiments are not intended to limit the present invention in any way, and the technical solutions obtained by equivalent replacement or equivalent transformation are all within the scope of the present invention.
以上實施例僅係為說明本發明之技術思想及特點，其目的在使熟習此項技藝之人士能夠瞭解本創作之內容並據以實施，當不能以之限定本發明之專利範圍，即凡依本發明所揭示之精神所作之均等變化或修飾，仍應涵蓋在本發明之專利範圍內。The above embodiments are merely illustrative of the technical idea and the features of the present invention, and the purpose of the present invention is to enable those skilled in the art to understand the contents of the present invention and implement it according to the present invention. Equivalent variations or modifications made by the spirit of the invention should still be included within the scope of the invention.
無no
無。no.
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW106121321A TW201904913A (en) | 2017-06-26 | 2017-06-26 | Mixture of Mineral Materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW106121321A TW201904913A (en) | 2017-06-26 | 2017-06-26 | Mixture of Mineral Materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TW201904913A true TW201904913A (en) | 2019-02-01 |
Family
ID=66213152
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW106121321A TW201904913A (en) | 2017-06-26 | 2017-06-26 | Mixture of Mineral Materials |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TW201904913A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113443904A (en) * | 2021-06-11 | 2021-09-28 | 淄博木齐新材料科技有限公司 | Mineral ceramic material, ceramic-based hydrogen storage material raw material composition, ceramic-based hydrogen storage material and particle, and preparation method and application thereof |
-
2017
- 2017-06-26 TW TW106121321A patent/TW201904913A/en unknown
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113443904A (en) * | 2021-06-11 | 2021-09-28 | 淄博木齐新材料科技有限公司 | Mineral ceramic material, ceramic-based hydrogen storage material raw material composition, ceramic-based hydrogen storage material and particle, and preparation method and application thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103204734B (en) | Nanometer rare earth selenium silicon titanium macro-trace element composite nutrition fertilizer | |
| CN102068019B (en) | Multi-ion health-preserving solution and preparation method and application thereof | |
| CN107324505A (en) | Water quality cleansing agent for aquaculture | |
| CN101935105B (en) | Microbial purifying agent for aquaculture water and preparation method thereof | |
| CN1844289A (en) | Nano functional anion materials and use thereof | |
| CN102498950A (en) | Selenium sustained-release edible fungus additive for selenium-rich culturing of edible fungus and preparation method thereof | |
| WO2017185435A1 (en) | Composite mineralized ceramic material capable of producing active hydrogen healthcare water | |
| CN102775228A (en) | Selenium-rich germanium element nutrition fertilizer capable of deodorizing, scattering fragrance and producing negative ions in toilet and prepared by people and livestock excrement | |
| CN105036235A (en) | Composite oxygen producer for adsorbing residual antibiotics in aquaculture water and preparation method thereof | |
| Xu et al. | Phosphorus recovery via the formation of hydroxyapatite crystals at various nitrogen loading rate in an anammox-based UAFB | |
| CN103030203B (en) | Preparation method of composite inorganic polymer stable algaecide and algae removing method | |
| CN101306859A (en) | High-efficiency scavenging agent for water quality of aquaculture pond | |
| KR20170065851A (en) | Efficient manufacturing method of mineral complex using natural ores and clays | |
| CN104193001A (en) | Aquaculture substrate modifier and preparation method thereof | |
| RU2513691C2 (en) | Method of purification of fraction of manure runoff of agroindustrial complex enterprises, wastewater of housing and public utilities and water and wastewater treatment plants using methane fermentation | |
| TW201904913A (en) | Mixture of Mineral Materials | |
| CN102144735A (en) | Preparation method of anion mineral feed additive | |
| CN106966460A (en) | Water quality treater | |
| CN104671298A (en) | Sepiolite oxygen-enriched activated water treatment agent | |
| CN109110900A (en) | A kind of ore materials group | |
| CN104825489A (en) | Silver-zinc powder-containing external gel and preparation method thereof | |
| CN102992435A (en) | Organic-inorganic composite adsorptive rural well water disinfecting ceramic chip | |
| TWI574922B (en) | Composite Mineralized-Ceramic Material | |
| CN107698090A (en) | The technique for preparing soilless culture active water | |
| CN106745821A (en) | Sea-farming special microorganism water purification agent and preparation method thereof and application method |