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    • 4. 发明公开
    • 올인액을 이용한 비산먼지 및 수질 오염 방지 방법
    • 如何使用一体化解决方案来预防扬尘和水污染
    • KR1020170091060A
    • 2017-08-08
    • KR1020170079618
    • 2017-06-23
    • 조영환조연님
    • 조영환조연님
    • B01D53/79B01D53/78B01D47/06
    • 본발명은비산먼지방지방법에관한것으로서, 더욱상세하게는건설현장이나철거현장, 야적장, 도로공사구간등에적용되어분진이비산하는것을효과적으로차단할수 있고이에따라수질오염을방지할수 있는비산먼지방지방법에관한것으로서, 무기응집제 0.2~5.0 중량부, 계면활성제 0.5~5.0 중량부, 흡습제 5.0~20.0 중량부, 천연또는합성섬유 0.5~5.0 중량부, 에어로겔분말 0.5~2.0 중량부및 무기계수성콜로이드성나노실리카 0.1~5.0 중량부를포함하여구성되는비산방지제조성물을물과혼합하여대상물에스프링클러를이용해살수함에의해대상물표면에점착및 코팅시키는것을특징으로하는올인액을이용한비산먼지및 수질오염방지방법을제공한다. 본발명에따르면, 건설현장이나철거현장, 야적장, 도로공사구간등에서발생되는분진에점착코팅되어분진이비산하는것을방지할수 있고, 점착이후에는증발되거나탈리되지않아분진이재비산하는것을방지할수 있으며, 살수가필요없으므로살수에따른 2차적수질오염을방지할수 있는비산먼지를방지및 억제할수 있다. 또한, 분사후자연건조되고건조시간이빠르므로효과가바로발생할수 있다. 따라서민원발생소지를없앨수 있고작업자들의건강을보호할수 있으며, 대기및 수질환경오염을방지할수 있는효과가있다.
    • 更具体地,本发明涉及一种能够通过应用于建筑工地,拆卸场地,庭院,道路​​建设部分等等而有效地防止灰尘飞散的扬尘防止方法, 涉及,无机凝结剂0.2〜5.0重量份,按重量计吸收5.0〜20.0重量份的天然或合成纤维的,0.5〜5.0重量份为0.5〜2.0份气凝胶粉末的按重量计的无机水性胶体纳米二氧化硅的水分为0.5至5.0份表面活性剂 0.1以提供扬尘和水污染防治法与被使用的所有液体,包括(重量)水5.0份的散射剂组合物混合,包括压敏粘合剂,通过与喷雾用洒水涂覆物体的表面为对象 。 根据本发明,建筑工地或拆除现场,院子,道路建设涂覆压敏粘合剂到在部分产生的粉尘,并能防止灰尘飞散,压敏粘合剂具有能够防止蒸发或不相符,因为不同的材料的扬尘, 因为不需要浇水,所以可以防止和抑制可以防止因浇水而导致二次水污染的散射尘埃。 另外,由于喷雾后自然干燥并且干燥时间快,所以可能立即出现效果。 因此,它可以消除民事投诉的发生,保护工人的健康,防止空气和水质环境的污染。
    • 6. 发明公开
    • 양방향 토출 방식의 유압 파워 팩 및 그 프레스
    • 双向排水液压动力单元及使用其的压力
    • KR1020140052565A
    • 2014-05-07
    • KR1020120118760
    • 2012-10-25
    • 조영환
    • 조영환
    • F15B21/08F15B11/02
    • F15B11/02F15B21/08F15B2211/205F15B2211/275F15B2211/305
    • The present invention relates to a two-way discharge type hydraulic power pack and a press thereof. The hydraulic power pack of the present invention utilizes a controller using a vector control method for a conventional induction motor to detect the speed and torque of the load to keep the rotational speed even, acquire a stable torque throughout a wide speed range, and enable rapid acceleration and normal or reverse rotation when the load is altered. For this purpose, the a two-way discharge type hydraulic power pack according to the present invention installs and configures the controller using the vector control method on the induction motor to detect the load speed and torque to accelerate the speed of the induction motor and enables normal or reverse rotate.
    • 本发明涉及双向排放式液压动力组件及其压力机。 本发明的液压动力组件利用一种使用常规感应电动机的矢量控制方法的控制器来检测负载的速度和转矩,以保持转速平稳,在宽的速度范围内获得稳定的转矩, 当负载改变时,加速度和正常或反向旋转。 为此,根据本发明的双向排放式液压动力组件利用感应电动机上的矢量控制方法来安装并配置控制器,以检测负载速度和转矩,以加速感应电动机的速度并使能 正常或反向旋转。
    • 7. 发明公开
    • 단일 2차원 이미지를 3차원 이미지로 변환하는 방법
    • 将2D图像转换为3D图像的方法
    • KR1020130054863A
    • 2013-05-27
    • KR1020110120509
    • 2011-11-17
    • 조영환
    • 조영환
    • H04N13/00
    • H04N13/20H04N13/15H04N13/158
    • PURPOSE: A method for converting a single 2D image into a 3D image is provided to extract a background image and an additional image from the single 2D image and to display the additional image on the background image, thereby generating a left eye image and a right eye image. CONSTITUTION: A background image and an additional image are extracted from a single 2D image(ST130,ST135). A left eye image is generated by moving the additional image corresponding to the background image(ST140). The left eye image is corrected(ST145). A right eye image is generated by moving the additional image corresponding to the background image in an opposite direction of movement(ST150). The right eye image is corrected(ST155). The corrected left eye image and the corrected right eye image are stored as one 3D image(ST160). [Reference numerals] (AA) Start; (BB) Under; (CC) Over; (DD) End; (ST110) Select an original image; (ST115) Extract R,G,B values from each pixel; (ST120) Select R,G,B boundary values; (ST125) Compare the R,G,B value and the boundary value for each pixel; (ST130) Extract a background image; (ST135) Extract an additional image; (ST140) Generate a left eye image; (ST145,ST155) Correct the image; (ST150) Generate a right eye image; (ST160) Store as a 3D image
    • 目的:提供将单个2D图像转换为3D图像的方法,从单个2D图像提取背景图像和附加图像,并在背景图像上显示附加图像,从而生成左眼图像和右眼图像 眼睛形象。 构成:从单个2D图像(ST130,ST135)中提取背景图像和附加图像。 通过移动与背景图像相对应的附加图像来生成左眼图像(ST140)。 校正左眼图像(ST145)。 通过以相反的移动方向移动与背景图像相对应的附加图像来生成右眼图像(ST150)。 校正右眼图像(ST155)。 校正的左眼图像和校正的右眼图像被存储为一个3D图像(ST160)。 (附图标记)(AA)开始; (BB)下; (CC)结束 (DD)结束; (ST110)选择原始图像; (ST115)从每个像素提取R,G,B值; (ST120)选择R,G,B边界值, (ST125)比较每个像素的R,G,B值和边界值; (ST130)提取背景图像; (ST135)提取附加图像; (ST140)生成左眼图像; (ST145,ST155)校正图像; (ST150)生成右眼图像; (ST160)作为3D图像存储
    • 8. 发明授权
    • 방열관 및 그 제조장치
    • 방열관및그제조장치
    • KR100397092B1
    • 2003-09-13
    • KR1020010052352
    • 2001-08-29
    • 조영환
    • 조영환
    • B21C37/22
    • PURPOSE: An apparatus for manufacturing radiating pipe in which radiating fin is integrally formed on the pipe by roll forming the outer part of the pipe so that heat kept in the steam or hot water is effectively emitted to the outside from a pipe through which steam or hot water flows, and the radiating pipe manufactured by the same are provided. CONSTITUTION: The apparatus for manufacturing radiating pipe comprises a main body(100) at the center of which a pipe guide way is formed so that a pipe (P) passes through the pipe guide way, and at one side of which a rotational body(110) rotationally connected to a motor(130) is installed; a pipe roll forming means(200) which is back and forth movably installed at the rotational body at the outlet side of the pipe guide way, and on which a plurality of discs(230) are sequentially installed to roll form the outer circumference of the pipe; a pipe roll forming means moving body(300) which is installed in front of the rotational body where the pipe roll forming means(200) is installed, and which has larger diameter than the pipe passing through the pipe guide way and the same circle as the pipe; and an operating means(400) connected to the pipe roll forming means moving body(300) to move the pipe roll forming means moving body(300) back and forth.
    • 一种用于制造散热管的设备,其中散热片通过对管的外部进行滚压成型而一体地形成在散热管上,使得蒸汽或热水中保持的热量有效地从蒸汽或热水中通过的管 热水流动,以及由其制造的散热管。 本发明的散热管制造装置包括主体(100),主体(100)的中央形成有管道(P),管道(P)穿过管道导向通道,并在其一侧形成有旋转体 110)旋转地连接到马达(130); 一个管滚动成形装置(200),它可在管道引导通道的出口侧前后移动地安装在旋转体上,并且多个圆盘(230)依次安装成滚动形成圆管的外圆周 管; 一个安装在安装管辊形成装置(200)的旋转体前面并且具有比通过管道引导通道的管道的直径大的管道辊形成装置移动体(300),以及与管道形成装置 管子; 和一个连接到管辊形成装置移动体(300)上以前后移动管辊形成装置移动体(300)的操作装置(400)。
    • 9. 实用新型
    • 재활용 합성 수지를 성형하여 가공 제조한 건축용 형틀(거푸집)과 합판
    • 再生合成树脂成型和加工模具(模具)和胶合板
    • KR2019950023463U
    • 1995-08-21
    • KR2019940000782
    • 1994-01-18
    • 조영환
    • 조영환
    • E04G9/05
    • 본고안은건축용기초토목공사에서기존의형틀과합판의단점을보완한자원재활용건축합판과형틀에관한것이다. 본고안은목재합판의가격이비싸고물에약해잘 부식되며작업시못을사용하거나구멍을뚫어사용시파손이심해다음작업에사용시재 손질이필요하고시멘트액이거푸집표면에잘 늘어붙어해체시애로점이많으므로이를해결하고자많은노력을하던중이런제품을고안하게되었다. 본고안은재활용합성수지를주원료로하여일체로된형틀과합판을제조하여작업현장에서목공들이못을사용하지않고서도볼트만조이면어떤방향위치에서도고정과작업이가능하며현장에서작은부분의작업시에도불편함이없는형틀과합판을생산하여기존의목제합판과같이작업을할 수있다. 본고안은합판원료의수입대체효과와재활용자원을주 원료로하여앞으로환경문제를해결하는데기여할수 있는부분이다. 대량생산시에는년중기온이따듯한동남아시아와중남미지역에우리의재활용자원을가공하여합성수지합판이나형틀을역수출하기에좋은장점을갖고있다고본다.