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    • 2. 发明授权
    • 폐전선 재활용 장치
    • 回收废电缆的装置
    • KR101096594B1
    • 2011-12-20
    • KR1020110070413
    • 2011-07-15
    • (주)비젼알앤이박영훈
    • 박영훈
    • H01B15/00
    • PURPOSE: An apparatus for recycling a wasted cable is provided to shorten a separation time through a consecutive process by separating a copper and a shield through heating. CONSTITUTION: In an apparatus for recycling a wasted cable, a furnace(100) comprises a dry section(120), a melting section(140), and a cooling section(160). A sealing plate(180) selectively blocks the each section. The temperature in the dry section is maintained to be 150~250°C. A gas discharge unit discharges steam. A wire cabinet(300) is installed in each section of the internal space of the furnace. A transport unit(500) gradually transfers to a next section. The cooling section has a water-cooling line in the rear end. A shield collection unit(700) collects the wire shield in the lower part of the melting section .
    • 目的:提供一种用于回收废弃电缆的设备,通过加热分离铜和屏蔽,通过连续工艺缩短分离时间。 构成:在用于回收废弃电缆的设备中,炉(100)包括干燥部分(120),熔化部分(140)和冷却部分(160)。 密封板(180)选择性地阻挡每个部分。 干燥部分的温度保持在150〜250℃。 气体放电单元排出蒸汽。 电炉柜(300)安装在炉内部空间的每个部分。 运输单元(500)逐渐转移到下一部分。 冷却部在后端具有水冷线。 屏蔽收集单元(700)在熔化部分的下部收集线屏蔽。
    • 3. 发明授权
    • 조류발전선박
    • 潮流电力船
    • KR101026572B1
    • 2011-03-31
    • KR1020100140137
    • 2010-12-31
    • 박영훈
    • 박영훈
    • B63B35/00B63J99/00F03B13/12
    • PURPOSE: An electric power generation ship using tidal currents is provided to cost-efficiently produce electricity and to easily change a generation place depending on an environment change. CONSTITUTION: A power generation ship using tidal currents comprises a waterway(102), a generation device(200), rail posts(104), and hydraulic cranes(106). The waterway is formed in the bottom center of the body of a ship. The generation device produces electricity in the waterway depending on tidal currents. The generation device is composed of a body, a safety net, a support, a propeller, a drive shaft, a generator, a power line, a gear box, and a helical turbine. The rail posts and the hydraulic cranes vertically move the generation device.
    • 目的:提供使用潮汐流的发电船,以经济高效地发电,并根据环境变化容易地改变发电场所。 构成:使用潮汐流的发电船包括水路(102),发电装置(200),轨道柱(104)和液压起重机(106)。 水道形成在船体的底部中心。 发电装置根据潮汐流在水路上产生电力。 发电装置由主体,安全网,支架,推进器,驱动轴,发电机,电力线,齿轮箱和螺旋涡轮机构成。 轨道柱和液压起重机垂直移动发电装置。
    • 4. 发明公开
    • 금속표면 처리제 제조장치
    • 金属表面处理的制造设备
    • KR1020100000924A
    • 2010-01-06
    • KR1020080060607
    • 2008-06-26
    • 박영훈
    • 박영훈
    • B01J19/02B01J19/00C23C22/00
    • B01F7/18B01J19/02B01J19/185B01J2219/00051C23C22/00
    • PURPOSE: A manufacturing device of a metal surface treating agent is provided to improve reaction stability, selectivity, and activity of the metal surface treating agent, and to guide correct and safe addition reaction. CONSTITUTION: A manufacturing device of a metal surface treating agent includes an insulation vessel(10), an aging tank(17), an air supply unit(21), a thermal conductor, a driving unit, a heat and cooling unit(41), a circulation pump(42), and a closing and opening unit(43). The insulation vessel comprises a main body(11) and a cover(12). The main body and the cover are combined by a fastening unit(16). The cover has a detecting window(13). A detection sensor(18) is equipped on a side of the aging tank. A support stand(23) is installed at the top of the insulation vessel. The driving device includes a drive motor(40), a rotor(32), a power transmission method(33) and a rotor joint(35).
    • 目的:提供金属表面处理剂的制造装置,以提高金属表面处理剂的反应稳定性,选择性和活性,并引导正确和安全的加成反应。 构成:金属表面处理剂的制造装置包括绝热容器(10),老化罐(17),空气供给单元(21),热导体,驱动单元,加热和冷却单元(41) ,循环泵(42)和关闭和打开单元(43)。 绝缘容器包括主体(11)和盖(12)。 主体和盖通过紧固单元(16)组合。 盖具有检测窗(13)。 检测传感器(18)装在老化罐的一侧。 支撑架(23)安装在绝热容器的顶部。 驱动装置包括驱动马达(40),转子(32),动力传递方法(33)和转子接头(35)。
    • 8. 发明公开
    • 자가 발전식 라이팅장치
    • 照明公司
    • KR1020080088688A
    • 2008-10-06
    • KR1020070031224
    • 2007-03-30
    • 박영훈
    • 박영훈
    • F21S9/04
    • A lighting machine is provided to operate a generator, which is capable of being buried under the ground only if necessary and turn on a light in a charged state without burying a power line. A lighting machine includes a light pole(10), an underground generation chamber(20), an upper control chamber(30), and an air compressor(11). The light pole turns on a light(12) to an uppermost end to extend and contract an end through the air compressor and includes a support pole at a lowermost end. The underground generation chamber is formed underground to receive an additional generator while including the support pole inside. The upper control chamber is formed by coupling panels to receive an upper end of the support pole in an upper end of the underground generation chamber. The air compressor and a controller coupled to the upper control chamber are included inside the lighting machine.
    • 提供一种照明机器来操作发电机,该发电机仅在必要时能够被埋在地下,并且在没有埋入电力线的情况下打开带电状态的光。 照明机包括灯杆(10),地下生成室(20),上控制室(30)和空气压缩机(11)。 灯杆将灯(12)打开到最上端,以通过空气压缩机延伸和收缩一端,并且在最下端包括支撑杆。 地下一代室形成地下,以接收另外的发电机,同时包括支撑杆。 上部控制室通过联接板形成,以在地下发生室的上端中容纳支撑杆的上端。 空气压缩机和耦合到上部控制室的控制器包括在照明机内。
    • 9. 发明公开
    • 에어실린더 방식의 라이트폴장치
    • 安装轻型灯的轻型方法
    • KR1020080088686A
    • 2008-10-06
    • KR1020070031222
    • 2007-03-30
    • 박영훈
    • 박영훈
    • F21V21/36F21V21/10F21V23/00F21W131/10
    • F21V21/22E04G13/02F21V21/10F21V21/36F21V23/001F21W2131/10
    • A method for installing an air cylinder type light pole and a light pole are provided to keep an installation area finely by minimizing an exposed portion. A method for installing an air cylinder type light pole includes the steps of: digging an installation hole(70) with a depth of 3-4m and a diameter of 40-50cm; burying a support pipe(20) coupled to an upper part of the air cylinder type light pole into the installation hole; pouring and curing ground concrete(71) in the installation hole in an outer circumferential direction of the support pipe; and curing horizontal concrete(72) by pouring the concrete into the ground in contact with a bottom surface of a light housing(10) of the light pole.
    • 提供一种用于安装气缸式灯杆和灯杆的方法,通过最小化暴露部分来保持安装区域的细微。 一种安装气缸式灯杆的方法包括以下步骤:挖掘深度3-4m,直径40-50cm的安装孔(70); 将连接到所述气缸型灯杆的上部的支撑管(20)埋入所述安装孔中; 在支撑管的外周方向上将安装孔内的混凝土浇注固化; 并且通过将混凝土浇注到与灯杆的灯壳体(10)的底表面接触的地面来固化水平混凝土(72)。