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    • 3. 发明授权
    • 신규한 농작물 생육 증진용 비료 조성물
    • 具有增加作物生长效果的新型肥料
    • KR101218221B1
    • 2013-01-03
    • KR1020120066601
    • 2012-06-21
    • 박철규한상숙
    • 박철규한상숙
    • C05G1/00C05F11/00C05D9/00C05C7/00
    • C05G1/00C05C7/00C05D9/00C05F11/00
    • PURPOSE: A novel fertilizer composition for crop growth promotion is provided to increase whole rearing of the crops by including glucose, molasses, calcium, illite, salt, cinnamon powder and ginger powder. CONSTITUTION: A novel fertilizer composition for crop growh promotion comprises 40-80% of glucose, 0.5-10% of molasse, 0.5-10% of calcium, 10-50% of salt, 0.5-10% of cinnamon powder, and 0.5-10% of ginger powder. The fertilizer composition is attenuated by water which is 400-1,000 times of the fertilizer composition weight. A cultivation method of the crops comprises the following steps: manufacturing the fertilizer composition by mixing 40-80% of glucose, 0.5-10% of molasse, 0.5-10% of calcium, 10-50% of illite, 0.5-5% of salt, 0.5-10% of cinnamon powder, and 0.5-10% of ginger powder; diluting the fertilizer composition in water which is 400-1,000 times of the fertilizer composition weight; and cultivating the crops by foliage dressing or soil drenching the diluted solution of the fertilizer composition. [Reference numerals] (AA) Step for manufacturing a fertilizer composition by mixing 40-80% of glucose, 0.5-10% of molasse, 0.5-10% of calcium, 10-50% of illite, 10-50% of salt, 0.5-10% of cinnamon powder, and 0.5-10% of ginger powder; (BB) Step for diluting the fertilizer composition in water which is 400-1000 times of the fertilizer composition weight; (CC) Step for cultivating crops by foliage dressing or soil drenching the diluted solution of the fertilizer composition
    • 目的:通过包括葡萄糖,糖蜜,钙,伊利石,盐,肉桂粉,姜粉等作物生长促进作用,提高作物生长的整体饲养效果。 构成:用于作物生长促进的新型肥料组合物包括40-80%的葡萄糖,0.5-10%的麦芽糖,0.5-10%的钙,10-50%的盐,0.5-10%的肉桂粉和0.5- 10%姜粉。 肥料组成由化肥组合物重量的400-1000倍的水减弱。 作物的种植方法包括以下步骤:通过混合40-80%的葡萄糖,0.5-10%的麦芽糖,0.5-10%的钙,10-50%的伊利石,0.5-5%的葡萄糖, 盐,0.5-10%的肉桂粉和0.5-10%的姜粉; 稀释肥料组成在水中的肥料组成重量的400-1000倍; 并通过叶面肥料或土壤肥料来种植肥料组合物的稀释溶液。 (AA)通过混合40-80%的葡萄糖,0.5-10%的麦芽糖,0.5-10%的钙,10-50%的伊利石,10-50%的盐来制造肥料组合物的步骤, 肉桂粉0.5-10%,姜粉0.5-10% (BB)将肥料组合物稀释为肥料组成重量的400-1000倍的步骤; (CC)通过叶面肥料或土壤肥料施肥化肥组合物的稀释溶液种植作物的步骤
    • 5. 实用新型
    • 무기제를 융합한 양자에너지 및 원적외선 기능성 에어캡에 관한 코팅 그 제조 기술
    • 涂覆在融合无机量子能量和制造技术的远红外功能空气帽
    • KR2020160000987U
    • 2016-03-28
    • KR2020140006765
    • 2014-09-17
    • 한상숙
    • 윤상중
    • C09D11/02C08J7/04C08J5/18B29D7/01
    • C09D11/02B29D7/01C08J5/18C08J7/04
    • 본고안은양자에너지및 원적외선을방사가많은나노무기제인광물성무기제를활용한상용화된에어캡버블캡에사용되는 PE, PP, PET 필름후면에인쇄코팅합착을실행하여기능성에어캡제조기술로서원적외선양자에너지방사기능으로인체효능으로핼액순환촉진신진대사촉진및 향균성기능으로아토피, 곰팡이균을정균하며냄새악취를탈취하여쾌적한환경을만들어줄 뿐아니라인체에해로운전자파, 수맥파를차단건강을향상시킨다. 특히원적외선양자에너지발생으로식물의성장촉진생산량증대향균성기능으로식물의탄저병각종곰팡이균을사전정균하므로과일, 채소의수확량을증대에큰 도움이되는나노무기제융합그 제조기술이다.
    • 作为功​​能性气帽的制造技术PE,PP,通过执行涂敷在印刷粘接到PET薄膜背既用于能量和远红外线通过辐射商品化空气帽泡罩远红外量子能量内部纸被用于许多纳米无机简矿物无机jereul 辐射功能促进新陈代谢促进haelaek循环人性能力和遗传性过敏症的抗菌,抑菌和真菌,以及一个线路创建一个舒适的环境抓住气味的气味增强有害电波,阻断sumaekpa健康的身体。 特别地,随着生产增加远红外线量子能量产生植物的植物生长促进抗微生物性炭疽各种真菌,细菌之前抑菌所以水果,熔合纳米无机增加蔬菜的产率,在制造技术有很大的帮助。
    • 6. 发明公开
    • 무기제를 융합한 양자에너지 및 원적외선 기능성 부직포 하우스에 관한 인쇄 코팅 그 제조 기술
    • 印刷在融合无机量子能量和远红外功能无纺制造技术房子涂层
    • KR1020150055538A
    • 2015-05-21
    • KR1020140123376
    • 2014-09-17
    • 한상숙
    • 한상숙
    • D04H1/4382D04H1/425D04H1/4291A01G9/24
    • Y02A40/268D04H1/4382A01G9/24B32B5/26D04H1/425D04H1/4291D04H1/541D04H13/00D06B3/10D06M11/00D10B2401/13D10B2401/22
    • 본발명은양자에너지와원적외선을방사하는나노무기제맥반석, 토르마린, 견운모, 제오라이트, 희토류, 게르마늄, 소마티드, 수정, 퀀덤에너지, 흙운모, 규산염, 광물, 오색혈토등천연광물질을세라믹형광체혼합물로이루어진바인더 40~60중량%, 무기제용액 10~30중량%, UV 3~5중량%, 세라믹형광체 3~5중량%가함유되는혼합물로이루어지는인쇄코팅제조기술과인쇄코팅된면직물, 부직포전, 후면에 PP, PE, EVA 용액및 필름을티다이및 라미드라이기술을융합합착하는제조기술로서양자에너지은원적외선방사기능으로식물성장에꼭 필요한 300nm~750nm 근적외선광 파장대을투과시켜식물의성장촉진생산량증대및 항균성기능으로각종탄저병곰팡이균을정균하므로과일, 채소등에수확량, 당도, 크기, 품질향상에큰 도움이되며한 겨울 2℃이상보온소재로난방비절감한 여름강한자외선을차단식물성장을보호하며내구성이가볍고질겨태풍, 우박, 폭설에의한기상변화에대응농작물피해를최소화하는데큰 도움이될 수있도록제조된친환경무기제나노 ,소재융합그 기술이다.
    • 本发明是一种天然矿物,如量子能量和淡英斑岩纳米用于发射远红外线,电气石,绢云母,沸石,稀土类,锗,索马公司,修改,kwondeom能量,粘土云母,硅酸盐,矿物,秋天hyeolto陶瓷磷光体混合物的无机权利要求 由粘合剂40〜60%的重量时,无机剂溶液10〜30重量%,UV 3重量%至5%,陶瓷荧光体3到打印涂料制造技术和按重量计印刷由含有5%的混合物的涂层的棉织物,无纺织物之前, 借助于发送所需的300nm的〜750nm的近红外光pajangdaeeul用于在两个eneojieun PP,PE,EVA溶液的远红外辐射功能,并加载在背面作为生产技术,茶植物生长凝成熔合模具和苎麻植物生长干燥技术增加促进生产和 因为抑菌抗菌功能的各种炭疽病菌的水果,蔬菜等产量,含糖量,大小,以及强大的夏季和提高产品质量有很大的帮助降低供热成本为绝热材料至少2℃,冬季 保护植物成长掉红外光,是一个艰难的飓风,冰雹,大雪第一个生态友好型无机纳米材料制造技术,使聚变能是一个很大的帮助,以尽量减少因耐久性作物损害应对气候变化。
    • 7. 发明授权
    • CNC공작기계를 이용한 오카리나의 제조방법 및 이를 통해 제조된 오카리나
    • 一种用于计算机数字控制机床及其OCARINA的OCARINA制造方法
    • KR101394503B1
    • 2014-05-14
    • KR1020120150362
    • 2012-12-21
    • 한상숙
    • 한상숙
    • G10D7/04G10D9/00B23C3/00B26D3/00
    • G10D7/04B23C3/00B26D3/00G10D7/005G10D9/00
    • The present invention relates to an ocarina manufacturing method using a CNC machine tool and an ocarina manufactured thereby. The ocarina manufacturing method using a CNC machine tool comprises: a step of kneading soil powder, and manufacturing a base block by forming and drying the kneaded soil power into a rectangular block; a step of inserting the base block into a fixing frame consisting of a case main body of which the lower plate has a lower opening punched in the center thereof and a cover plate of which the upper opening is punched in the center thereof, and then mounting the base block in the fixing frame by closely fixing the outer peripheries of the upper and the lower side of the base block using multiple fixing bolts installed at the lower plate and the cover plate; an upper and lower body CNC machining step of CNC-machining the base blocks mounted in the fixing frames into the upper and the lower bodies of the ocarinas respectively using the CNC machine tool; a step of CNC-machining the base blocks mounted in the other fixing frames into mouthpiece forming plates using the CNC machine tool; a calcining step of biscuit-firing the CNC-machined upper bodies, lower bodies, and mouthpiece forming plates; and a step of completing the ocarinas by assembling the calcined upper bodies, lower bodies, and mouthpiece forming plates, wherein the upper and lower body CNC machining step includes: fixing and installing the fixing frames, which have the base blocks, on the lathe of the CNC machine tool; forming the inner sides of the upper and the lower bodies by CNC-machining the base blocks through the upper openings of the cover plates; fixing and installing the fixing frames on the lathe of the CNC machine tool after overturning the fixing frames; and forming the outer sides of the upper and the lower bodies by CNC-machining the base blocks through the lower openings of the lower plates.
    • 本发明涉及一种使用数控机床和由此制造的奥卡丽娜的睫毛膏制造方法。 使用数控机床的牙釉质制造方法包括:通过将捣碎的土壤力量形成和干燥成矩形块来混合土壤粉末和制造基底块的步骤; 将基座插入固定框架的步骤,所述固定框架由下板在其中心被冲压的下开口的壳体主体和在其中心冲压上开口的盖板组成,然后安装 通过使用安装在下板和盖板上的多个固定螺栓紧固固定基座的上侧和下侧的外周,固定框架中的基座; 上下半身CNC加工步骤,分别使用CNC机床将安装在固定框架中的基座块加工到上部和下部主体中; 使用CNC机床将安装在其他固定框架中的基座CNC加工成接口成型板的步骤; 饼干烧制CNC加工的上体,下体和吹嘴成型板的煅烧步骤; 以及通过组装煅烧的上部本体,下部主体和吹嘴成形板来完成牙釉质的步骤,其中上部和下部主体CNC加工步骤包括:将具有基座的固定框架固定和安装在车床上 数控机床; 通过盖板的上部开口对基座进行数控加工,形成上部和下部主体的内侧; 在翻转固定框架后,将固定框架固定并安装在CNC机床车床上; 并通过下板的下开口对基块进行数控加工,形成上下体的外侧。
    • 8. 发明授权
    • 오카리나
    • KR101855995B1
    • 2018-06-20
    • KR1020170016832
    • 2017-02-07
    • 한상숙
    • 이종원
    • G10D7/04
    • G10D7/04
    • 본발명은오카리나에대한것으로, 합성수지재질로조립및 분해가용이한오카리나에대한것이다.이를위해, 일측면에는연주를위해사용자가파지한후 손가락의개폐에따라음계를설정할수 있도록하는복수개의음정구멍(11)이형성되고, 내측면단부측에는복수개의돌기(13)가형성되고, 상기돌기(13)와인접하게결합턱(14)이형성되는상부(10)와; 상기상부(10)와대응하며, 일측에는악기연주를위해사용자가입에물기위한취부(21)가형성되고, 상기취부(21)의일측에날숨을공급하기위한취부홀(21a)이형성되며, 상부(10)의돌기(13)와대응하는복수개의삽입홈(23)이일측면에형성되며, 상기결합턱(14)에대응하는결합홈(24)이형성되는하부(20)로구성되며, 상기상부(10)와하부(20)는강제끼움으로결합되는기술을제공하게된다.
    • 9. 发明授权
    • 부직포에 난방 기능성을 부여한 보온필름과 그 제조방법
    • 制造热膜的方法给予无纺织物加热功能
    • KR101672437B1
    • 2016-11-16
    • KR1020150180192
    • 2015-12-16
    • 한상숙
    • 한상숙
    • A01G13/02A01G9/14
    • Y02A40/252
    • 본발명은부직포에난방기능성을부여한보은필름과그 제조방법에관한것으로, 더욱상세하게는음이온과원적외선및 광합성작용에의한청색광, 적색광, 원적색광의파장대를방출하여다양한기능성을제공할수 있도록하는인쇄액을제공하며, 이인쇄액을이용하여코팅함으로써장기간기능성을유지할수 있도록하고, 전원의공급에의한발열기능을제공하여보온성을향상키는다양한기능성을제공하는부직포에난방기능성을부여한보온필름과그 제조방법에관한것이다.이러한본 발명은 PE(폴리에틸렌), PP(폴리프로필렌), PET(폴리에스터) 중어느하나의원료를이용하여가로의씨실과세로의날실을통해직조한부직포를포함하며, 가로방향의씨실과세로방향의날실을서로교차되게직조하되; 상기씨실을대신하여 4∼10칸에한 칸씩흑연으로이루어진열선을형성하고, 상기날실에는소정의간격(20∼50cm)에 10∼20칸의폭을갖도록동선을형성하여직조하는부직포와, 상기부직포의하측면에인쇄액을 10∼90 미크론의두께로코팅하여성형한인쇄액코팅층으로이루어지는필름에있어서,상기부직포의상측면과인쇄액코팅층의하측면에는 40∼300 미크론의두께를갖도록 PE, PP, PET 중어느하나로이루어진코팅액을스프레이또는코팅탱크를통과하면서외부코팅층이코팅되도록하는것을포함하고, 상기인쇄액코팅층의하측면에형성하는외부코팅층은 40∼300 미크론의두께를갖도록 PE, PP, PET 중어느하나로이루어진코팅액 100 중량부에은박도료 5∼15 중량부를혼합한코팅액을코팅한기능성필름으로이루어지는것을특징으로하는것이다.
    • 10. 发明公开
    • 무기제를 활용한 부직포 코팅방법
    • 使用无机涂层方法的非织造织物
    • KR1020150046904A
    • 2015-05-04
    • KR1020130126470
    • 2013-10-23
    • 한상숙
    • 윤상중
    • D06M11/00D06M10/00D06M101/06D06M101/16
    • 1. 동식물에유익한면합성섬유, 직물부직포(PP, PE)또는의류, 의료소재농,과수용씌우기덮개용편물로이루어진외피에대해원적원선과음이온의방사가많은맥반석, 견운모흙운모백운모수정게르토르마린마늄희토류일라이트등천연광물질을수성, 유성물질바인더무기제용액을혼합물로이루어진제조된코팅액을코팅하는공정을포함하여상기코팅액에는바인더 40~60%중량, 무기제용액 30~55%중량, 토르마린 3% UV 5%중량발수제 3~5%중량, 세라믹형광체 3%중량이함유되는공정에대해제조방법이개시된다. 2. 본발명에의하면무기제를활용한면직물및 부직포에비닐코팅하우스이며자외선빛을식물의광합성에유용한청색광, 적색광, 원적색광 3가지유효파장대를활용하여활성에너지를발생으로실내온도상승병충해억제및 농약성분중금속분해작용면직물에무기제를도포잠옷매트에사용혈액순환항균탈취에특효가있고무기제로인해식물성장촉진효과및 과수씌우기덮개로사용하여병충해조류방지봉투로활용되기위한제조기술이다 3. 공정요약도
    • 1.如果有益菌群的和合成的纤维,非织造织物(PP,PE),或服装,医用材料农业,和接受结冰罩的动物是针织的电力线二维辐射和负在由许多用于埃尔文,BAEK军事观察员云母的包络线,绢云母粘土改性斯塔万格 电气石manyum稀土伊利石例如在涂布液中的天然矿物,粘结剂40〜60%(重量)涂布制备的涂布溶液由含水的(重量),油状物质的粘合剂的无机剂溶液到该混合物中,无机剂溶液30〜55%的工序, 的制造方法是对于其中电气石3%UV 5%(重量)的憎水剂3-5%(重量),3%(重量)陶瓷磷光体包含在所述方法中所述。 2.根据本发明利用的无机jereul棉织物和非织造织物和有用的房子植物的光合作用的紫外光的塑料涂层的蓝色光,红色光,利用三种有效波段的增加室内温度,以生成一种活性能量害虫抑制红色光源和 在杀虫剂子弹用于抗菌,除臭垫循环并且由于无机植物生长促进效果和水果结冰盖的制造技术的使用为零重金属崩解棉睡衣无机jereul涂层用作害虫鸟类保护信封3.过程 摘要还