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    • 4. 发明公开
    • BIOFILTER UNITS AND WATER TREATMENT FACILITIES WITH USING THE SAME BIOFILTER UNITS
    • 使用相同的生物滤器装置的生物滤器装置和水处理装置
    • EP1877344A1
    • 2008-01-16
    • EP06747416.3
    • 2006-04-21
    • Han, Sang bae
    • Han, Sang bae
    • C02F3/10
    • C02F3/10C02F3/06C02F3/085Y02W10/15
    • Wastewater treatment facilties having biofilm contact and solid-liquid separation functions are disclosed, wherein a biofilter unit having biofilm contact, inclination plate precipitation and de-filming functions comprises an inclination plate settler formed with a plurality of inclination plates (2), each plate spaced in parallel relative to water surface at a predetermined downward angle and a predetermined distance apart, and spacings formed by the plates (2) are filled by biofilm media (3,3a) formed with specific surface-increased and bio-affinity materials so that micro-organisms can attach and grow in the shapes of biofilms therein, and de-filming means for separating biofilms attached to and grown on the biofilm media (3, 3a) and solids deposited on the surfaces of the inclination plates (2) by applying shearing force to biofilm media (3, 3a) and inclination plates (2).
    • 公开了具有生物膜接触和固液分离功能的废水处理设施,其中具有生物膜接触,倾斜板沉淀和除膜功能的生物滤池单元包括由多个倾斜板(2)形成的倾斜板沉降器,每个板间隔开 相对于水表面平行于预定的向下角度和预定的距离,并且由生物膜介质(3,3a)填充由板(2)形成的间隔,所述生物膜介质(3,3a)由特定的表面增加的和生物亲和材料形成,使得微 生物体可以附着和生长在其中的生物膜的形状中;以及去膜装置,用于通过施加剪切来分离附着于并生长在生物膜介质(3,3a)上的生物膜和沉积在倾斜板(2)的表面上的固体 对生物膜介质(3,3a)和倾斜板(2)施加力。
    • 5. 发明申请
    • WATER TREATMENT APPARATUS CAPABLE OF SOLID-LIQUID SEPARATION
    • 可进行固液分离的水处理装置
    • WO2012091267A3
    • 2012-09-13
    • PCT/KR2011008005
    • 2011-10-26
    • GREEN TECHNOLOGY CO LTDHAN SANG BAE
    • HAN SANG BAE
    • B01D29/01B01D29/78
    • B01D29/39B01D29/6453B01D29/66
    • The present invention relates to a water treatment apparatus capable of solid-liquid separation. The water treatment apparatus includes: a filter module filtering and moving solids from inflowing water within a filtering bath having a raw-water inflow hole and a filtered-water discharge hole; and a reverse cleaning device cleaning the solids collected by the filter module. Here, the filter module includes a filter unit collecting the solids contained in the raw water while the introduced raw water passes through the filter unit, and a frame supporting the filter unit. A filtered-water receiving part is disposed within the filter module to receive clean water and move the clean water toward the filtered water discharge hole such that the clean water is collected. The filter unit is disposed on each of the two side surfaces of the filter module.
    • 本发明涉及能够进行固液分离的水处理装置。 该水处理装置包括:过滤模块,用于在具有原水流入孔和过滤水排出孔的过滤槽内过滤并移动来自流入水的固体; 以及清洁由过滤器模块收集的固体的反向清洁装置。 这里,过滤器模块包括过滤器单元和支撑过滤器单元的框架,过滤器单元在引入的原水通过过滤器单元的同时收集包含在原水中的固体。 过滤水接收部分设置在过滤器模块内以接收清洁水并将清洁水移向过滤水排出孔,使得清洁水被收集。 过滤器单元设置在过滤器模块的两个侧表面中的每一个上。
    • 7. 发明申请
    • THE MIXERS AND THE SUBMERSIBEL AERATORS WITH USING THESE MIXERS
    • 混合器和使用这些混合器的潜水器AERATOR
    • WO2007097495A1
    • 2007-08-30
    • PCT/KR2006/001506
    • 2006-04-21
    • HAN, Sang bae
    • HAN, Sang bae
    • B01F3/04
    • B01F3/04617B01F3/0446B01F5/0415B01F5/0473B01F5/0475B01F5/16B01F7/00733B01F13/1027B01F2003/04872B01F2215/0052C02F7/00Y02W10/15
    • The present invention relates to a mixing device and a submersible aerator using the mixing device, wherein the mixing device comprises: a mixer including a casing (3) mounted with an inlet weir (6) for sucking reactant, an inlet (4) and an outlet (5) and an impeller (1) disposed at an axle of a driving motor (2); a water current suction pipe (7) for communicating the inlet weir with the inlet of the casing; and a water current conveying pipe (11) where an ejector (12) is mounted at a deep-down region of a reactor, such that reactant can be mixed at a deep-down region of the reactor, and wherein the submersible aerator using the mixing device comprises at least one or more air supply means that include ejectors (10, 10a) mounted with air supply pipes (21, 21a), an air chamber (25) mounted with blowing ports (26) and a vessel-type diffuser (9) mounted at one side of the impeller (1) inside the casing (3).
    • 本发明涉及使用混合装置的混合装置和潜水曝气器,其中混合装置包括:混合器,包括安装有吸入反应物的入口堰(6)的壳体(3),入口(4)和 出口(5)和布置在驱动马达(2)的轴上的叶轮(1); 用于将入口堰与壳体的入口连通的水流吸入管(7) 和水流输送管(11),其中喷射器(12)安装在反应器的深下区域,使得反应物可以在反应器的深层区域混合,并且其中使用 混合装置包括至少一个或多个空气供应装置,其包括安装有供气管(21,21a)的喷射器(10,10a),安装有吹气口(26)的空气室(25)和容器型扩散器 9)安装在壳体(3)内的叶轮(1)的一侧。
    • 9. 发明申请
    • THE GOLF PUTTER WITH THE FUNCTION OF OBSERVATION
    • 具有观察功能的高尔夫球杆
    • WO2008150048A1
    • 2008-12-11
    • PCT/KR2007/004159
    • 2007-08-29
    • HAN, Sang Bae
    • HAN, Sang Bae
    • A63B53/04
    • A63B69/3685A63B53/0487A63B2053/0437A63B2053/0441A63B2209/00A63B2225/09
    • A golf putter used for golf game is disclosed, wherein the putter head is mounted with an observation unit equipped with at least one or more from a prism, a convex mirror, a concave mirror and a lens capable of allowing a player to directly observe a target direction, a strike point of a golf ball and an alignment state between the ball and the target with the naked eye from above a putter face, and the observation unit is mounted with an aiming unit configured with linear and circular shapes to allow the target direction and the putter face to be squared and to allow a player to precisely strike the sweet spot, such that the target direction and a rear surface of the ball can be observed in person with the naked eye to accurize the putting in terms of distance and straightness, and heads-up can be avoided.
    • 公开了一种用于高尔夫游戏的高尔夫推杆,其中推杆头安装有配备有至少一个或多个棱镜,凸面镜,凹面镜和透镜的观察单元,能够使玩家直接观察 目标方向,高尔夫球的击球点以及肉眼之间的球和目标之间的对准状态,并且观察单元安装有配置有线性和圆形形状的瞄准单元,以允许目标 方向和推杆面平齐,并允许玩家精确地击打甜蜜点,使得可以用肉眼亲眼观察球的目标方向和后表面,以便在距离方面准确地进行投放,并且 可以避免直线度和单挑。
    • 10. 发明申请
    • THE FLUIDIZED BIOFILM MEDIAS
    • 流体生物膜介质
    • WO2007043733A1
    • 2007-04-19
    • PCT/KR2006/001505
    • 2006-04-21
    • HAN, Sang bae
    • HAN, Sang bae
    • C02F3/10
    • C02F3/10B01J19/30B01J2219/30207B01J2219/30408B01J2219/30416Y02W10/15
    • A fluidized biofilm media formed by two or more outer mesh media, each medium having a vessel- shaped structure formed with a plurality of tubular pores or through holes of a variety of shapes in order to have a large specific surface, and for the water current and bubbles to smoothly communicate, a spacing formed by the media and filled with a microorganism contact material having a large specific surface and porosity, wherein one or more of a group comprising the first and second outer media and the microorganism contact material is formed with one or more materials out of synthetic resin substance and ceramic substance having a relatively larger specific gravity, and the other one or more is formed with synthetic resin substance having a relatively smaller specific gravity, such that a weighted average specific gravity of the assembly- completed biofilm media can be accurately adjusted to cater to the fluidity, and the outer media is disposed with a plurality of assembly holes and assembly rods, enabling to simply and fixedly couple the first and second outer media.
    • 由两个或更多个外部网状介质形成的流化生物膜介质,每个介质具有形成有多个管状孔或多个形状的通孔的容器状结构以具有大的比表面积,并且对于水流 和气泡平滑连通,由介质形成的间隔,并填充有比表面积和孔隙率大的微生物接触材料,其中包含第一和第二外部介质和微生物接触材料的组中的一个或多个形成有一个 或更多的比例重量的合成树脂物质和陶瓷物质的材料,另外一种或多种由具有相对较小比重的合成树脂物质形成,使得组装完成的生物膜的加权平均比重 可以精确地调节介质以适应流动性,并且外部介质设置有多个组装孔和a 组合杆,使得能够简单且牢固地连接第一和第二外部介质。