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    • 1. 发明授权
    • 숯을 이용한 좌훈제 및 이를 이용한 좌훈 장치
    • 使用相同的FUMIGANT和FUMIGATION
    • KR101262746B1
    • 2013-05-09
    • KR1020110011429
    • 2011-02-09
    • 강재윤
    • 강재윤
    • A61H33/10A61H39/06A61F7/00A47K17/00A61H33/06
    • 숯을이용한좌훈제및 이를이용한좌훈장치가개시된다. 본발명의숯을이용한좌훈제는, 양변기내에부유하도록마련되어있는부유체의표면에안착된뒤 착화에따라연소되어고온의열을발산하는것으로서, 완전탄화된목탄분말또는활성탄분말에식물성접착제를첨가하여일정형태로성형하여건조한뒤 표면에일정두께를갖는코팅층을형성하되, 상기코팅층은금분도료또는은분도료또는무기질도료를스프레이방식으로도포하여형성되는것을특징으로한다. 본발명의좌훈제를이용한좌훈장치는, 양변기내에채워진물 위에부유하도록형성되는부유체; 및상기부유체의표면에안착되며착화에따라연소되어고온의열을발산하도록마련되는좌훈제를포함하며, 상기부유체에는측면부에관통구멍이형성되며, 상기관통구멍에는상기부유체를물 위에서고정하기위해양단부가상기양변기의내면에밀착지지되도록마련되는고정바가결합되는것을특징으로한다.
    • 3. 发明公开
    • 고분자 복합재료를 이용한 충전 복합관 거더
    • 充电复合管使用高分子复合材料的GIRDER
    • KR1020040012237A
    • 2004-02-11
    • KR1020020045685
    • 2002-08-01
    • 한국건설기술연구원비비엠엔지니어링 주식회사김병석강재윤이기홍
    • 이기홍김영호박종면박대용
    • E01D19/12
    • PURPOSE: A charging compound pipe girder using high molecular composite materials is provided to have excellent compressive strength, shear strength, bending strength, tensile strength, crack resistance, vibration resistance, durability and fire resistance, to replace a girder bridge used for a freeway, a road and a railway. CONSTITUTION: The charging compound pipe girder using high molecular composite materials contains: a compound pipe(10) filled up with concrete or fiber reinforced composite materials; a pair of support plates(20) installed along the compound pipe(10) to install a form conveniently when installing an upper floor plate(70); and many shear connectors(30) installed along a steel pipe between the support plates(20) to connect the compound pipe(10) to the upper floor plate(70).
    • 目的:提供使用高分子复合材料的充电复合管梁,具有优异的抗压强度,抗剪强度,抗弯强度,抗拉强度,抗裂性,抗振性,耐久性和耐火性,以取代用于高速公路的大梁, 一条路和一条铁路。 构成:使用高分子复合材料的充电复合管梁包括:填充有混凝土或纤维增强复合材料的复合管(10) 沿着复合管(10)安装的一对支撑板(20),以便在安装上层板(70)时方便地安装形式; 以及沿着支撑板(20)之间的钢管安装的许多剪切连接器(30),以将复合管道(10)连接到上部地板(70)。
    • 4. 发明公开
    • 발열체 크기측정장치
    • 加热元件尺寸测量装置
    • KR1020160106417A
    • 2016-09-12
    • KR1020150029306
    • 2015-03-02
    • 강재윤
    • 강재윤강동원
    • G01B11/00G01B11/02G01B11/06
    • G01B11/02G01B11/0608
    • 본발명은발열체위치측정장치에관한것으로, 더욱상세하게는발열체의빛을검출하여해당발열체의위치(높이, 폭등)를정확하게측정하도록한 발열체위치측정장치에관한것이다. 본발명의구성은, 발열체로부터발산되는빛이인입되는빛인입홀(131)이일측에관통형성된본체(100)와, 상기본체(100)의내부에설치되어입사되는빛을검출하는디텍터(200)를포함하여이루어진발열체위치측정장치에있어서, 상기본체(100)의내부에그 본체의내주면에이격되어공기이동공간(350)을형성하도록마련되고내부에상기디텍터(200)가설치되는발열체측정몸체(300)와, 상기발열체측정몸체(300)의내부일측에설치되어상기빛인입홀(131)을통해인입되는빛을디텍터(200)로입사시키는렌즈부(400)와, 상기발열체측정몸체(300)의타측에설치되어디텍터(200)에서검출된발열체의측정값을외부관리서버로전달하는제어부(500)를더 포함하여이루어지고, 상기렌즈부(400)는, 상기빛인입홀(131)을통해인입되는빛을모아상렌즈(415)에맺히도록하는다수의렌즈군으로구성된줌렌즈(410)와, 상기상렌즈(415)의후방에설치되어상렌즈(415)를통과한빛을평행하게입사시키는볼록렌즈(420)와, 상기볼록렌즈(420)의후방에설치되어볼록렌즈(420)를통과한빛을한 지점으로모아일직선의빛으로형성하여상기디텍터(200)로입사시키는실린더리컬렌즈(430)를포함하여구성된것을특징으로한다.
    • 本发明涉及位于加热元件涉及一种测量装置,更具体地,通过检测所述加热元件(H,上升)的热产生元件的位置的光,加热元件定位以精确地测量的测量装置。 本发明的结构包括主体100,该主体100形成有光导入孔131,探测器200安装在主体100内部,探测器200通过该光入射孔穿过加热元件发出的光,探测器200用于探测入射到其上的光 )在位置测量装置的加热元件,从所述主体的所述内周表面间隔开的空气移动空间350的主组件100的内部设置,以形成检测器200中,假设加热的测量值在其中包含 透镜单元400安装在加热体测量体300的一侧以允许通过光接收孔131接收的光进入探测器200, 安装在侧300个uita制成,包括控制单元500 reuldeo在检测器200提供检测到的加热元件的测量值到外部管理服务器中,透镜单元400被设置在光入口孔(131 由多个透镜组构成的变焦透镜410用于将通过透镜415引入的光会聚到上透镜415上, 凸透镜420安装在上透镜415的后部并且允许穿过上透镜415的光平行进入, 以及形成为直线并入射在检测器200上的柱面透镜430。
    • 5. 发明授权
    • 비장탄을 이용한 침대
    • 床单包含
    • KR101151086B1
    • 2012-06-01
    • KR1020100104913
    • 2010-10-26
    • 강재윤
    • 강재윤
    • A47C21/00A47C27/00
    • 비장탄을이용한침대가개시된다. 본발명의비장탄을이용한침대는, 침대의틀을형성하도록마련되며상면에결합홈이형성되는침대프레임; 상기침대프레임의결합홈에결합되며상면에요홈이형성되고전기열선이내장되도록마련되는보료; 상기요홈에결합되며표면에다수의숯이마련되는하판; 및상기하판의상면에배치되도록상기요홈에결합되는상판을포함하며, 상기하판은, 부직포로형성되며상면에음이온을방출할수 있도록토르말린, 귀양석, 히게리온, 모자나이트, 희토류등의광물가루를일정두께로도포하여형성되는음이온방출층이마련되며, 상기숯은, 졸가시나무(모목견)를 1200℃~1300℃의고온으로구워서제조되는비장탄으로형성되며, 상기비장탄은직경 2~4㎝로가공되고두께 0.6㎜~0.8㎜로절단된후 상기하판의음이온방출층표면에천연접착제를매개로상하좌우로인접하여연속배치되도록접착되는것을특징으로한다.
    • 7. 发明公开
    • 졸가시나무 또는 흑단나무의 숯을 이용한 장신구용 소재의제조방법 및 그 제조방법에 의한 장신구용 소재
    • 使用HOLM OAK或EBONY CHARCOAL和首饰的珠宝首饰的制作方法
    • KR1020030048302A
    • 2003-06-19
    • KR1020010078358
    • 2001-12-12
    • 강재윤
    • 강재윤
    • B44C5/00
    • B44C5/06B44C3/10
    • PURPOSE: Provided are a preparation method of matter for jewelry using holm oak or ebony charcoal having the high strength and hardness and a matter for jewelry prepared therefrom. The matter for jewelry utilizes the charcoal own beneficial function and has the unique texture comparing with the conventional jewelry. CONSTITUTION: The preparation method of matter for jewelry charcoal includes a first step of removing the twigs of holm oak or ebony, cutting it in a length of about 1 meter, stacking in a furnace and heating at the temperature of 1000 to 1200 deg.C to render a charcoal; a second step of cooling the charcoal naturally and then cutting into cubes having not more than 2 to 50 millimeters length sides; a third step of working the cubes using a Lapidary machinery in a circular or other form; a fourth step of forming an opening having the diameter of 0.3 to 1 millimeters at the center of the charcoal using a laser processing machine; and a fifth step of polishing by grinding the surface of the charcoal using a grinder.
    • 目的:提供具有高强度和硬度的固体橡木或黑木炭的首饰用物质的制备方法以及由其制备的珠宝。 珠宝首饰利用木炭自身的有益功能,与传统珠宝相比具有独特的质感。 构成:首饰木炭物质的制备方法包括:除去栎树或乌木的枝条的第一步,将其切割成约1米的长度,在炉中堆叠并在1000〜1200℃的温度下加热 提供木炭; 自然冷却木炭,然后切割成长度不超过2至50毫米的立方体的第二步; 使用Lapidary机械以圆形或其他形式工作立方体的第三步; 使用激光加工机在木炭的中心形成直径为0.3〜1毫米的开口的第四步骤; 以及通过使用研磨机研磨炭的表面来研磨的第五步骤。
    • 9. 发明授权
    • 발열체의 열화상 측정장치
    • 热图像测量装置
    • KR101384364B1
    • 2014-04-14
    • KR1020130112810
    • 2013-09-23
    • 강동원강재윤
    • 강동원강재윤
    • G01J5/02G01J1/02
    • G01J1/0228G01J5/0846G01J5/48H04N5/33
    • The present invention relates to a thermal image measuring device of a heating element and, more particularly, to a thermal image measuring device of a heating element capable of measuring a thermal image by displaying a thermal image by generating it with a value obtained after calculating temperatures by area with an outputted electric signal corresponding to infrared energy generated in each partial area of the heating element. For this, the thermal image measuring device includes a plurality of detectors receiving infrared energy emitted from the heating element, a control substrate connected to the detectors and processing the infrared energy with a corresponding electric signal by receiving the infrared energy, a housing formed of a metal material and embedding the detector and the control substrate, and an image generating part displaying a thermal image on a display part after generating the image by receiving the electric signal processed by the control substrate. The housing includes a heat blocking cap placed for the combination of the detectors and blocking heat delivery to the detectors. In the housing an accepting space for accepting the detectors. On a side of the housing, an energy insertion hole for receiving the infrared energy in the detectors is formed. In the outside of the side of the housing, an air spray unit, connected to an air generator for preventing foreign substances from coming in the energy insertion hole through air spraying, is installed. On the other side of the housing, a cable connected to the image generating part is installed.
    • 本发明涉及一种加热元件的热​​像测量装置,更具体地说,涉及一种加热元件的热​​像测量装置,其能够通过在计算温度后获得的值产生热图像来显示热图像来测量热图像 具有对应于在加热元件的每个部分区域中产生的红外能量的输出电信号。 为此,热图像测量装置包括多个检测器,其接收从加热元件发射的红外能量,连接到检测器的控制基板,以及通过接收红外能量用对应的电信号处理红外能量;壳体, 金属材料并且嵌入检测器和控制基板;以及图像生成部件,通过接收由控制基板处理的电信号来生成图像之后,在显示部件上显示热图像。 壳体包括放置用于检测器的组合并阻止向检测器传递热量的热封盖。 在外壳中用于接收检测器的接收空间。 在壳体的一侧形成用于在检测器中接收红外能的能量插入孔。 在壳体侧面的外侧,安装有与空气发生器连接以防止异物通过空气喷射进入能量插入孔的空气喷射单元。 在壳体的另一侧,安装连接到图像生成部件的电缆。
    • 10. 发明公开
    • 숯을 이용한 좌훈제 및 이를 이용한 좌훈 장치
    • 使用相同的FUMIGANT和FUMIGATION
    • KR1020120091582A
    • 2012-08-20
    • KR1020110011429
    • 2011-02-09
    • 강재윤
    • 강재윤
    • A61H33/10A61H39/06A61F7/00A47K17/00A61H33/06
    • A61H33/10A47K17/00A61F7/0085A61H39/06A61H2033/061A61H2201/10
    • PURPOSE: Fumigant based on charcoal and a fumigation apparatus using the same are provided to include a fixing bar and to be floated on water filled in a toilet bowl by using the fixing bar. CONSTITUTION: A fumigation apparatus includes a floating element(100), fumigant(110), and a fixing bar(120). The floating element is floated on water filled in a toilet bowl and is formed into a bowl shape. A through hole is formed at the lateral side of the floating element such that the fixing bar is inserted and combined with the through hole. The fumigant is loaded on the surface of the floating element and is combusted by ignition. The fumigant emits high temperature heat. The fixing bar prevents the movement of the floating element.
    • 目的:基于木炭的熏蒸剂和使用其的熏蒸装置被提供以包括固定杆并通过使用固定杆漂浮在装在马桶中的水上。 构成:熏蒸装置包括浮动元件(100),熏蒸剂(110)和固定杆(120)。 浮动元件漂浮在装在马桶中的水上,形成碗状。 在浮动元件的横向侧形成通孔,使得固定杆插入并与通孔组合。 熏蒸剂装载在浮动元件的表面上,并通过点火燃烧。 熏蒸剂会发出高温热。 固定杆防止浮动元件的移动。