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    • 32. 发明公开
    • 균일한 냉각온도 분포특성을 갖는 라디에이터
    • 散热器具有均匀冷却温度分布
    • KR1020030047251A
    • 2003-06-18
    • KR1020010077692
    • 2001-12-10
    • 현대자동차주식회사
    • 이병천
    • F01P7/16
    • F01P7/16F01P2007/146F01P2025/50
    • PURPOSE: A radiator is provided to adjust an amount of cooling water in such a manner that cooling water has a uniform cooling characteristic corresponding to an uneven air distribution. CONSTITUTION: A radiator(1) is installed at a front of an engine(2). The radiator includes an upper tank(3) and a lower tank(4). The upper and lower tanks are connected to each other through a plurality of cooling water tubes(5). Cooling fins are accommodated in the cooling water tubes so that cooling water moving through the cooling water tubes is cooled. The upper tank is connected to a plurality of cooling water inlets(7), which are branched from an outlet(6) of cylinder head, so that cooling water is supplied into various spots of the upper tank through the outlet of the cylinder head. A solenoid valve(8) is installed in each cooling water inlet.
    • 目的:提供散热器来调节冷却水的量,使得冷却水具有对应于不均匀空气分布的均匀的冷​​却特性。 构成:散热器(1)安装在发动机(2)的前部。 散热器包括上罐(3)和下罐(4)。 上下箱通过多个冷却水管(5)相互连接。 散热片容纳在冷却水管中,使冷却水冷却水冷却。 上部箱体连接到从气缸盖的出口(6)分支的多个冷却水入口(7),使得冷却水通过气缸盖的出口供应到上部箱的各个位置。 每个冷却水入口安装一个电磁阀(8)。
    • 33. 发明授权
    • 자동차용 와셔액 분사 노즐 막힘 방지 장치
    • 자동차용와셔액분사노즐막힘방지장치
    • KR100387568B1
    • 2003-06-18
    • KR1020000076204
    • 2000-12-13
    • 현대자동차주식회사
    • 이병천
    • B60S1/52
    • B60S1/52
    • 본 발명은 자동차용 와셔액 분사 노즐 막힘 방지 장치에 관한 것으로서, 와셔액 분사 노즐의 노즐구멍을 따라 좌,우 왕복 운동이 가능한 분사 노즐 청소용 핀과, 상기 분사 노즐 청소용 핀의 좌,우 왕복 운동을 가능하게 하는 액추에이터로 구성되어 자동차의 실외에 설치된 와셔액 분사 노즐의 이물질 오염에 의한 막힘을 방지할 수 있는 자동차용 와셔액 분사 노즐 막힘 방지 장치를 제공하고자 한다.
    • 目的:提供一种用于防止清洗液注入喷嘴堵塞车辆的装置,以通过插入注射喷嘴清洁销来防止注入喷嘴的污染。 一种防止清洗液注入喷嘴堵塞的装置,包括一个用清洗液压力往复运动的驱动单元(30) 注射喷嘴清洗销(40),用于打开或关闭清洗液喷射喷嘴以进行清洗; 连接固定件(31)和可动件(32)的弹簧(33); 和连接到洗涤液注入喷嘴的洗涤液管(20)。 洗衣机液体通过洗衣机电机沿着洗衣机液体软管传输。 可动构件被推动以移动固定在可动构件上的注射喷嘴清洁销。 由此,洗涤液体从洗涤液注入喷嘴排出。 而且,用于防止洗涤液注入喷嘴堵塞的装置防止了注入喷嘴的污染。
    • 34. 发明授权
    • 진공청소기의 침구전용 흡입구체
    • 진공청소기의침구전용흡입구체
    • KR100382468B1
    • 2003-05-17
    • KR1019980036146
    • 1998-09-02
    • 엘지전자 주식회사
    • 김종석박명석장호근곽동진정석문이병천
    • A47L9/04
    • PURPOSE: An absorbing port of a vacuum cleaner is provided to improve cleaning efficiency of the vacuum cleaner and to improve impurity of indoor air by forcibly floating dust or impurities stuck on bedclothes for absorbing the floated dust or impurities conveniently by using the absorbing body. CONSTITUTION: An air absorbed through a bypass aperture(21) is absorbed to the inside of a fan housing(103) penetrating to the bypass aperture by being installed in an absorbing body(16) and the air is absorbed into a hollow space unit of the absorbing body through subsidiary bypass aperture(102) formed in the fan housing by being guided by the fan housing. Herein, a rotational fan(106) supported at the upper end of a rotational shaft(104) rotationally fixed at the fan housing is installed in the fan housing and the rotational fan is rotated by the air absorbed to the space unit through the subsidiary bypass aperture formed in the fan housing. Therefore, the rotational shaft rotates according to the rotating rotational fan and a supporting plate(107) reciprocates by the rotational shaft while reciprocating a vibrating plate fixed by plural connecting shafts(110) to the supporting plate. Then, a first inclined piece(105) of the rotational shaft and a second inclined piece(108) of the supporting plate contact to each other at the top of the rotational shaft for moving the supporting plate and the vibrating plate to the lower direction of the absorbing body. When the first and the second inclined pieces contact at the bottom of the rotational shaft, the supporting plate and the vibrating plate moves to the upper direction of the absorbing body. Then, the vibration of the absorbing body is transferred to bedclothes for floating dust or impurities stuck on the bedclothes. Therefore, the floated dust and impurities are absorbed to the space unit of the absorbing body through a main absorbing aperture and the bypass aperture formed in the absorbing body.
    • 本实用新型的目的在于提供一种吸尘器的吸尘口,通过吸力体方便地吸附飘浮的灰尘或杂质,强行吸附在床上用品上的灰尘或杂质,从而提高吸尘器的清洁效率,改善室内空气中的杂质。 结构:通过安装在吸收体(16)中,通过旁通孔(21)吸收的空气被吸入穿过旁通孔的风扇壳体(103)的内部,并且空气被吸入空心空间单元 通过由风扇壳体引导而形成在风扇壳体中的辅助旁通孔(102)吸收主体。 这里,支撑在旋转地固定在风扇壳体处的旋转轴(104)的上端处的旋转风扇(106)安装在风扇外壳中,并且旋转风扇通过经由辅助旁路吸收到空间单元的空气旋转 孔形成在风扇外壳内。 因此,旋转轴根据旋转的旋转风扇旋转,并且支撑板(107)通过旋转轴往复运动,同时使由多个连接轴(110)固定的振动板往返于支撑板。 然后,旋转轴的第一倾斜件(105)和支撑板的第二倾斜件(108)在旋转轴的顶部彼此接触,用于将支撑板和振动板移动到旋转轴的下方 吸收体。 当第一倾斜件和第二倾斜件在旋转轴的底部接触时,支撑板和振动板向吸收体的上方移动。 然后,吸收体的振动被转移到被褥上,以漂浮在被褥上的灰尘或杂质。 因此,漂浮的灰尘和杂质通过形成在吸收体中的主吸收孔和旁路孔被吸收到吸收体的空间单元。
    • 35. 发明授权
    • 체세포 복제동물의 생산을 위한 세포융합방법
    • 체세포복제동물의생산을위제세포융합방법
    • KR100368435B1
    • 2003-01-24
    • KR1019990031528
    • 1999-07-31
    • 황우석
    • 황우석이병천신태영임정묵박종임조종기김기연
    • C12N5/16
    • PURPOSE: A cell fusion method for production of somatic cell cloned animal is provided to fuse cell after transplantation of donor cell in production of animal like bovine by in vitro fertilization and nuclear transplantation technique. CONSTITUTION: In cell fusion method which is used as production method of cloning bovis, a cell fusion method is characterized by comprising the following steps: (a)preparing a fertile egg or somatic cell of bovine obtained by in vitro fertilization or in vitro culture; (b)separating cell line from various tissue of bovine; (c)performing enucleation by incising part of transparent zone of mature egg prepared in step(a) and removing 10-30% of cytoplasm; (d)transplanting donor cell prepared in step(b) into the egg enucleated in step(c); (e)performing electric fusion of cell transplanted and adhered in step(d) by using 0.75-2.25 kv/cm of DC condition, 1-2 times so as to control the number of times x time within total 60 microsecond; (f)activating the fusion cell in medium; (g)culturing the activated cell in micro-medium after activation and inspection of egg.
    • 目的:通过体外受精和核移植技术,提供用于产生体细胞克隆动物的细胞融合方法,以便在供体细胞移植之后融合细胞以生产牛等动物。 一种细胞融合方法,其特征在于包括以下步骤:(a)制备通过体外受精或体外培养得到的牛的受精卵或体细胞; (b)从牛的各种组织中分离细胞系; (c)通过切开步骤(a)中制备的部分成熟蛋的透明区并去除10-30%的细胞质进行去核; (d)将步骤(b)中制备的供体细胞移植到步骤(c)中去核的卵中; (e)在步骤(d)中使用0.75-2.25kv / cm的DC条件进行移植和粘附的细胞的电融合,1-2次以在总共60微秒内控制x次的次数; (f)激活培养基中的融合细胞; (g)在活化和检查蛋后,在微型培养基中培养活化的细胞。
    • 36. 发明授权
    • 후방 충돌 경보 장치의 초음파 센서부의 오염 방지 및제거 장치
    • 충돌방충돌경보장치의초음파센서부의오염방지및제거장장
    • KR100368154B1
    • 2003-01-15
    • KR1020000072588
    • 2000-12-01
    • 현대자동차주식회사
    • 이병천
    • B60Q11/00
    • PURPOSE: A device for preventing pollution and removing pollutant for an ultrasonic sensor part of a rear-end collision warning system is provided to prevent the malfunction due to the impurities stuck to the ultrasonic sensor part and automatically remove the impurities from the sensor part. CONSTITUTION: A device for preventing pollution and removing pollutant for an ultrasonic sensor part of a rear-end collision warning system includes a light emitting unit(11) mounted to a front surface of the ultrasonic sensor part(10) for radiating infrared rays for determining whether the ultrasonic sensor part is polluted, a light receiving unit(12) mounted to a rear surface of the ultrasonic sensor part for measuring an amount of the infrared rays emitted from the light emitting unit, an opening/closing shutter(13) mounted in front of the ultrasonic sensor part to be opened or closed, an opening/closing element(15) connected to the shutter to be driven under the control of an operation control unit(14), and a brush element(16) attached to an inner surface of the shutter for removing impurities.
    • 用途:为防止由于粘附在超声波传感器部件上的杂质引起的故障以及自动清除传感器部件中的杂质,提供了一种用于防止后端碰撞报警系统的超声波传感器部件污染和去除污染物的装置。 本发明涉及一种用于后端碰撞警报系统的超声波传感器部分的用于防止污染和去除污染物的装置,该装置包括:发光单元(11),其安装在超声波传感器部分(10)的前表面上,用于辐射红外线以确定 超声波传感器部分是否被污染;安装在超声波传感器部分的后表面上的用于测量从发光单元发射的红外线的量的光接收单元(12);安装在超声波传感器部分中的打开/关闭快门(13) 在操作控制单元(14)的控制下连接到快门以便被驱动的打开/关闭元件(15),以及附着到超声波传感器部分的内部的刷子元件(16) 用于去除杂质的活门表面。
    • 38. 发明公开
    • 인쇄물의 다중 견적 방법
    • 多重估计方法
    • KR1020020066814A
    • 2002-08-21
    • KR1020010007219
    • 2001-02-14
    • 마이크로큐닉스 주식회사
    • 이병천
    • G06Q30/06
    • PURPOSE: A method for multi-estimating a printed matter is provided to obtain estimate information for an on-line printing order of a user. CONSTITUTION: A user performs a log-in process for connecting to a site and connects to a web server through an Internet network(S301). A DB server transmits companies' information to the user. The user selects a kind of a printed matter based on the printing companies' information and selects a printing company(S303). The user selects at least one company(S305). The user receives an estimate requesting letter being supplied from an operator and inputs predetermined information for preparing of an estimate(S307). Thus, requesting contents of the user are transmitted to a specific company(S309). The user connects to the web server and checks estimate information being supplied from a plurality of estimates(S311). The user compares the estimate information and selects one company(S313). The user transmits detailed information of the printed matter and pays a contract deposit requested by the selected company(S315). A printing company inputs a delivering method and a delivery date, the delivery information is stored in a DB server and supplied to the user, and the user confirms the delivery information(S317).
    • 目的:提供一种用于多估计打印物的方法,以获得用户的在线打印顺序的估计信息。 规定:用户执行登录过程以连接到站点并通过Internet网络连接到Web服务器(S301)。 数据库服务器将公司的信息传送给用户。 用户根据印刷公司的信息选择一种印刷品,并选择印刷公司(S303)。 用户选择至少一家公司(S305)。 用户接收从操作者提供的估计请求信,并输入用于准备估计的预定信息(S307)。 因此,请求用户的内容被发送到特定公司(S309)。 用户连接到web服务器并检查从多个估计提供的估计信息(S311)。 用户比较估计信息并选择一家公司(S313)。 用户发送印刷品的详细信息并支付所选公司要求的合同保证金(S315)。 打印公司输入交付方式和交货日期,将交货信息存储在DB服务器中并提供给用户,并且用户确认交货信息(S317)。
    • 40. 发明公开
    • 엔진 웜업 장치
    • 发动机保修装置
    • KR1020020031642A
    • 2002-05-03
    • KR1020000061890
    • 2000-10-20
    • 현대자동차주식회사
    • 이병천
    • F01P7/14
    • F02N19/10F01P2025/08F01P2037/00F01P2070/10
    • PURPOSE: An engine warm-up device is provided to improve the performance of an engine start and lubrication even when external temperature is low in winter. CONSTITUTION: An engine(30) has a cylinder head(33) and a cylinder block(32) with a water jacket(31) passed by coolant. A jacket(42) is installed by sealing up three hydrate supersaturated solution of sodium acetate(41) in the water jacket(31). An electromagnet(43) installed on the water jacket(31) is supplied with electric current. A coolant temperature sensor(35) is installed on the outlet of a coolant passage(34) in the cylinder head(33), detects the temperature of coolant, and determines the operation of the electromagnet(43). A metal piece(44) is installed in the jacket(42) to be shocked by the electromagnet(43), and crystallizes the three hydrate supersaturated solution of sodium acetate(41). An ECU controls the electric current supplied to the electromagnet(43).
    • 目的:提供发动机预热装置,以提高发动机启动和润滑的性能,即使冬季外部温度较低。 构成:发动机(30)具有气缸盖(33)和具有通过冷却剂的水套(31)的气缸体(32)。 通过在水套(31)中密封三乙酸钠(41)的水合物过饱和溶液来安装护套(42)。 安装在水套(31)上的电磁体(43)被供给电流。 冷却剂温度传感器(35)安装在气缸盖(33)中的冷却剂通道(34)的出口上,检测冷却剂的温度,并确定电磁体(43)的操作。 金属片(44)安装在护套(42)中以被电磁体(43)震动,并使三水合物过饱和的乙酸钠溶液(41)结晶。 ECU控制供给电磁铁(43)的电流。