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    • 2. 发明公开
    • 양동력(揚動力) 이용 발전장치가 탑재된 자기부상 기관차
    • 使用液压动力涡轮机的磁力训练火车
    • KR1020050032757A
    • 2005-04-08
    • KR1020030068709
    • 2003-10-02
    • 조창환박오석조미혜
    • 조창환조미혜박오석
    • F03G7/08
    • F03G7/08B60L13/04
    • A magnetic levitation train with a power generator by using lifting force is provided to reduce energy consumption, and to prevent environmental pollution by traveling the magnetic levitation train with the lifting power generator and arranging a magnetic levitation driving control unit variously according to weight, shape or use of the magnetic levitation train. A magnetic levitation train(T) is composed of a starting unit(4), a disk motion lever unit(6), a disk operation lever unit(8), a motion converting unit(10), an additional elastic force booster(58) and an amplifying generating unit(12) to convert mechanical force generated by seesawing and leverage into electric energy by lifting force. A magnetic levitation driving control unit(M) controls power generated by the amplifying generating unit of a lifting power generator(2) according to information of an electronic control unit(16). An auxiliary generator(G) is installed in a slide frame(F) of the magnetic levitation train to supply power to the magnetic levitation driving control unit additionally.
    • 提供通过使用提升力的发电机的磁悬浮列车,以减少能量消耗,并且通过使用提升发电机行驶磁悬浮列车来防止环境污染,并且根据重量,形状或形状不同地布置磁悬浮驱动控制单元 使用磁悬浮列车。 磁悬浮列车(T)由起动单元(4),盘运动杆单元(6),盘操作杆单元(8),运动转换单元(10),附加弹力助力器(58) )和放大产生单元(12),用于通过提升力将通过跷跷板产生的机械力转化为电能。 磁悬浮驱动控制单元(M)根据电子控制单元(16)的信息控制起重发电机(2)的放大产生单元产生的电力。 辅助发电机(G)安装在磁悬浮列车的滑动框架(F)中,以额外地向磁悬浮驱动控制单元供电。
    • 3. 发明公开
    • 양동력(揚動力) 발전장치가 탑재된 부양전기선박
    • 使用液压动力涡轮机的浮力电动船
    • KR1020050032756A
    • 2005-04-08
    • KR1020030068708
    • 2003-10-02
    • 조창환조승우조동규
    • 조창환조승우조동규
    • B63H19/02
    • Y02T70/59
    • A floating electric ship loading a lift power generator is provided to save the energy by utilizing a power source generated and amplified in the ship for operating a screw motor unit, a jet propelling unit, and a multi-steering screw unit, to eliminate possibility of air pollution by no use of the combustion energy, and to widely apply by variously arranging the screw motors according to a weight, shape, and purpose of the ship. A lift power generator loaded in a ship comprises a start driving unit(4) composed of an operating switch(14), an electronic control device(16), a first and a second motor groups, and a rotation stopper unit(24) to be interlocked; a disc motion lever(6) installed and engaged with a driving gear(18) of the start driving unit to rightly and reversely rotate in a range of sixty-degree angle and composed of stoppers at regular intervals to be held by the rotation stopper unit; a disc action lever(8) composed of a multilayer disc rotor installed between the disc motion lever to be rotated by a shaft supporting stand, a ball joint shaft, and connecting rods installed at regular intervals on both sides of the multilayer disc rotor; a motion converting unit(10) composed of a connecting rod unit(44) connected by a first and a second connecting rods eccentrically connected at lower side of the connecting rod unit of the disc action lever through a cam and a gear box including an output shaft connected with an output gear installed to rotate in one direction; and an amplification power generator(12) installed to be rotated with increased rotational speed by an additional elastic speed increaser, which is connected with both sides of the output shaft, and connected with the other electric devices to supply the amplified and generated electric power. The floating electric ship loading the lift power generator comprises a screw motor unit installed to increase backward the capacity of motors and the size of the screws located at both surfaces of the ship submerging part and both sides of the ship and to advance the ship by driving the generated power through electric signals of the electronic control device; a multi-steering screw unit installed at the back between the screw motor units to steer the ship through electric signals of the electronic control device; and a jet propelling unit installed between floating-assist lateral plates, which are installed on the ship bottom at regular intervals, and arranged at regular intervals and angles to be operated by electric signals of the electronic control device and to generate the jet thrust by burning fuel with compressed inflow air.
    • 提供一种装载升力发电机的浮式电动船,通过利用在船上产生和放大的电源来节省能量,用于操作螺杆马达单元,喷射推进单元和多转向螺杆单元,以消除 通过不使用燃烧能量的空气污染,并且通过根据船舶的重量,形状和目的的各种布置螺丝马达广泛应用。 装载在船上的升降机发电机包括由操作开关(14),电子控制装置(16),第一和第二电动机组以及旋转止动单元(24)构成的起动驱动单元(4) 互锁; 盘运动杆(6),其安装并与所述起动驱动单元的驱动齿轮(18)接合,以六十度角度正确地和反向地旋转,并且由所述止动件单元保持的规则间隔构成 ; 安装在通过轴支撑台转动的盘运动杆之间的多层盘转子和球形接头轴以及在多层盘转子的两侧以规则间隔安装的连杆的盘作用杆(8) 运动转换单元(10),其由连接杆单元(44)组成,所述连杆单元(44)通过第一和第二连接杆连接,第一连接杆和第二连杆通过凸轮和齿轮箱偏心地连接在盘作用杆的连杆单元的下侧, 轴与安装成一个方向旋转的输出齿轮连接; 以及放大发电机(12),其安装成通过与输出轴的两侧连接的附加弹性增速器以提高的转速旋转,并与其他电气装置连接以提供放大和产生的电力。 装载升降机发电机的浮式电动船包括螺旋马达单元,其安装成增加马达的容量向后延伸,并且位于船舶浸没部分和船舶两侧两侧的螺钉的尺寸,并通过驾驶来推进船舶 通过电子控制装置的电信号产生的电力; 安装在螺杆马达单元之间的后部的多转向螺钉单元,以通过电子控制装置的电信号转向船; 以及安装在浮动辅助侧板之间的喷射推进单元,它们以规则的间隔安装在船底上,并且以规则的间隔和角度布置,以由电子控制装置的电信号操作并且通过燃烧产生喷射推力 具有压缩流入空气的燃料。
    • 4. 发明授权
    • 양동력 유압터빈 선박
    • 船配备液压升力动力涡轮
    • KR100354914B1
    • 2002-10-05
    • KR1019990067474
    • 1999-12-30
    • 조창환조숙자
    • 조창환조숙자
    • B63H23/00
    • 본발명은양동력유압터빈선박에관한것으로서, 시소와지렛대의원리를이용하여발생되는물리적힘을양동력유압터빈을이용하여선박의스크류또는임펠러를구동하여동력을얻는양동력(揚動力) 유압터빈선박을얻기위한것인바, 수직중심기둥부를중심축으로수평지지대를상하로작동하여양동력을발생시키는시소부와, 상기시소부의수평지지대와중심기둥부의중심축으로장방형으로다수의양동력유압펌프가장착하고, 양동력을발생시키는시소부의수평지지대의끝점을상하방향으로왕복작동하도록구성된상하작동수단부를장착하고; 상기다수의양동력유압펌프에서발생되는고(高)유압을터빈부를포함한양동력발생수단부로구성하여상기의터빈부축에선박을구동하는임펠러또는스크류연결하도록구성함으로써, 왕복엔진또는터빈엔진없이양동력유압터빈만으로선박을운행할수 있는매우뛰어난효과가있다.
    • 7. 发明公开
    • 무선신호의 상대적 수신세기 비율정보를 이용한 실내측위시스템 및 방법
    • 使用无线电信号相对接收信号强度指标的比例的室内本地化系统和方法
    • KR1020150137805A
    • 2015-12-09
    • KR1020140066323
    • 2014-05-30
    • 허성민조창환
    • 허성민조창환
    • G01S5/02G01S11/06
    • G01S5/02G01S11/06H04W64/00
    • 무선신호의상대적수신세기비율정보를이용한실내측위시스템및 방법이개시된다. 본발명의실시예에따른무선신호의상대적수신세기비율정보를이용한실내측위시스템은, 실내에설치되어각기무선신호를송출하는적어도둘의기준노드들; 상기기준노드들로부터각기수신되는무선신호의수신세기(Received Signal Strength Indicator)를측정하는이동노드; 및상기기준노드들간 적어도하나의무선신호상대적수신세기비율정보및 상기이동노드에서측정된기준노드들각각의무선신호의수신세기를이용하여, 상기이동노드의위치를측정하는실내측위서버를포함한다.
    • 公开了使用无线电信号的相对接收信号强度指示符的比率的室内定位系统和方法。 根据本发明的实施例,室内定位系统包括:至少两个参考节点在安装在房间中的同时传送每个无线电信号; 移动节点,其测量从所述参考节点接收的每个无线电信号的接收信号强度指示符; 以及室内定位服务器,其使用关于参考节点之间的至少一个无线电信号的相对接收信号强度指标的比率的信息以及由移动节点测量的来自参考节点的每个无线电信号的接收强度来测量位置 的移动节点。
    • 9. 发明公开
    • 양동력(揚動力) 이용 발전장치가 탑재된 자기부상 기관차
    • 使用提升力的磁力诱导火车包括发电机
    • KR1020040057051A
    • 2004-07-02
    • KR1020020082174
    • 2002-12-21
    • 조창환박오석조미혜
    • 조창환조미혜박오석
    • B60L13/00
    • PURPOSE: A magnetic levitation train including a generator using lift power is provided to reduce the energy consumption by using the power of the generator using the lift power. CONSTITUTION: A magnetic levitation train including a generator using lift power includes a simple structure type generator, a complex structure type generator, a magnetic levitation driving unit(M), and an auxiliary generator(G). The simple structure type generator is formed with a starting driving unit(4), an operating lever unit(6), a motion conversion unit(8), an additional elasticity rotation body(9), and an amplifying generation unit(10). The complex structure type generator includes a plurality of simple structure type generators and a motion lever. The magnetic levitation driving unit is connected to the amplifying generation unit of the complex structure type generator. The auxiliary generator is installed at a slide frame of the magnetic levitation train in order to supply the power to a magnetic levitation driving controller.
    • 目的:提供包括使用提升力的发电机的磁悬浮列车,以通过使用提升力使用发电机的功率来减少能量消耗。 构成:包括使用提升力的发电机的磁悬浮列车包括简单结构型发电机,复式结构型发电机,磁悬浮驱动单元(M)和辅助发电机(G)。 简单的结构型发生器由起动驱动单元(4),操作杆单元(6),运动转换单元(8),附加弹性旋转体(9)和放大产生单元(10)构成。 复杂结构型发生器包括多个简单结构型发电机和运动杆。 磁悬浮驱动单元连接到复合结构型发生器的放大产生单元。 辅助发电机安装在磁悬浮列车的滑动架上,以便向磁悬浮驱动控制器供电。
    • 10. 实用新型
    • 단추용 리벳
    • 按钮的RIVET
    • KR200121736Y1
    • 1998-08-01
    • KR2019950033937
    • 1995-11-16
    • 조창환
    • 조창환
    • A44B1/42A44B1/28A44B1/44
    • 본 고안은 청바지와 같이 두꺼운 의류에 단추특유의 채움효과와 아울러 장식적인 효과도 얻을 수 있도록 하는 단추용 리벳이 있어서, 단추용 리벳의 몸통 선단부분만을 속이 빈 원추형쐐기로서 형성하여 단추용 리벳이 강하게 압착되었을때 그 선단부로 하여금 커버단추의 요함부내에서 벌어져 항상 동일한 상태로 하는 단추용 리벳에 관한 것으로 누름판(1)상측에 몸통(2)이 결합되고 몸통(2)선단부를 속이빈 원추형쐐기(4)로 형성하여 커버단추(5)내에 결착되는 공지의 단추용 리벳에 있어서, 상기 단추용 리벳의 몸통(2)의 선단부에 형성되는 속이빈 원추형쐐기(4)는 분리선(3)을 기준으로 형성하여서 되는 것을 특징으로 하는 단추용 리벳이다.