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    • 6. 发明授权
    • Temperature sensor device for use in a clean room
    • 用于洁净室的温度传感器装置
    • US06712507B2
    • 2004-03-30
    • US10106204
    • 2002-03-27
    • Jae Chan ParkDeck Gyu ParkJong Han KimByung Chan Lee
    • Jae Chan ParkDeck Gyu ParkJong Han KimByung Chan Lee
    • G01K718
    • G01K1/16
    • A temperature sensor device for use in a clean room has a housing, a covering tube extending from the housing, a lead wire protecting tube extending from the housing within the covering tube, and a generally cylindrical temperature sensor also disposed within the covering tube. A fixing end of the temperature sensor is detachably coupled to a distal end of the lead wire protecting tube. A plurality of lead wires protrude from the fixing end and extend through the lead wire protecting tube and into the housing. The temperature sensor includes a temperature sensor element at a free end thereof. The covering tube has at least one hole by which the temperature sensor element is exposed to the atmosphere. Accordingly, the temperature sensor is highly responsive to changes in temperature, and can be repaired, maintained or replaced with ease.
    • 用于洁净室的温度传感器装置具有壳体,从壳体延伸的覆盖管,从覆盖管内的壳体延伸的引线保护管,以及还设置在覆盖管内的大致圆筒形的温度传感器。 温度传感器的固定端可拆卸地联接到引线保护管的远端。 多根引线从固定端突出并延伸穿过引线保护管并进入外壳。 温度传感器包括在其自由端的温度传感器元件。 覆盖管具有至少一个孔,温度传感器元件通过该孔暴露于大气。 因此,温度传感器对温度变化高度响应,并且可以容易地修复,维护或更换。
    • 7. 发明授权
    • Resonator for rotary compressor
    • 旋转式压缩机谐振器
    • US06176687B1
    • 2001-01-23
    • US09333958
    • 1999-06-16
    • Jin Dong KimByung Chan Lee
    • Jin Dong KimByung Chan Lee
    • F04B3900
    • F04C29/061F04B39/0066F04C18/3564F04C23/008F04C29/068F04C29/12Y10S181/403Y10T137/7891
    • A resonator for a rotary compressor is provided to prevent generation of impact exciting force and pulsation sound occurred due to pressure pulsation and reduce a noise of a low frequency band generated in the compressor by forming a curved portion at a narrow unit of the resonator which is a pressure pulsation inflow path and controlling the ratio of a diameter to a length of each of the narrow unit and a resonance unit, for thereby smoothing the inflow of the pressure pulsation generated from a pressure chamber. To achieve such a resonator, in a resonator for a rotary compressor, which consists of a narrow unit serving as an inflow path of pressure pulsation which is generated from a compressor and communicating with an exhaust outlet and a resonance unit for reducing a noise by attenuating the pressure pulsation element flowed through the narrow unit, the improved resonator for the rotary compressor according to the present invention includes a curved portion formed at an end portion of the narrow unit. In addition, the ratio of a radius of the curved portion to a diameter of the narrow unit is 2.5˜3.5:1, the ratio of the diameter of the exhaust outlet to the diameter of the resonance unit is 1.2˜1.8:1, the ratio of the diameter to the height of the resonance unit is 1.0˜2.5:1, and the ratio of the length to the diameter of the narrow unit is 1.5˜2.8:1.
    • 提供一种用于旋转压缩机的谐振器,以防止由于压力脉动而产生冲击激励力和脉动声,并且通过在谐振器的窄单元处形成弯曲部分来减小在压缩机中产生的低频带的噪声, 压力脉动流入路径,并且控制每个窄单元和谐振单元的直径与长度的比率,从而平滑从压力室产生的压力脉动的流入。 为了实现这种谐振器,在用于旋转压缩机的谐振器中,该谐振器由用作从压缩机产生并与排气出口连通的压力脉动的流入路径的窄单元和用于通过衰减来减少噪声的谐振单元 压力脉动元件流过窄单元,根据本发明的用于旋转式压缩机的改进的谐振器包括形成在窄单元的端部处的弯曲部分。 此外,弯曲部的半径与窄部的直径的比率为2.5〜3.5:1,排气口的直径与共振部的直径的比为1.2〜1.8:1, 直径与谐振单元高度的比为1.0〜2.5:1,窄单元的长度与直径之比为1.5〜2.8:1。
    • 8. 发明授权
    • System for reducing environmental pollutants
    • 降低环境污染物的制度
    • US08673228B2
    • 2014-03-18
    • US12937010
    • 2009-03-23
    • Byung Chan LeeYong-Sik JangKwang Hwan Lee
    • Byung Chan LeeYong-Sik JangKwang Hwan Lee
    • B01D50/00B01D53/34
    • F23J1/00C02F2103/18F22B1/1838F23J15/02F23J2700/001F23J2900/01005Y02E20/12
    • The system for reducing environmental pollutants according to the present invention comprises: a first water immersion tank for producing strongly alkaline water by receiving a supply of bottom ash, which has been created by and has been accumulated at the bottom of a combustion furnace, and reacting it with water accommodated on its inside; an elimination reaction tank which is provided on a combustion pathway extending from the combustion furnace, and which internally accommodates the strongly alkaline water supplied from the first water immersion tank, and which also eliminates carbon-based compounds contained in exhaust gases which are discharged through the combustion pathway; a sludge-storage tank for receiving and storing sludge which has been produced as a consequence of the elimination reaction within the elimination reaction tank; a first aggregate storage tank for receiving and storing bottom-ash aggregate remaining within the first water immersion tank after the neutralization which follows as a consequence of the production of the strongly alkaline water; and a second water immersion tank for supplying the elimination reaction tank with strongly alkaline water which is produced by reacting water, accommodated on its inside, with a supply of fly ash which has been generated by the combustion furnace and has accumulated in a dust-collecting device on the combustion pathway.
    • 根据本发明的减少环境污染物的系统包括:通过接收由燃烧炉底部产生并已积聚在燃烧炉底部的底灰供应产生强碱性水的第一水浸池, 它的内部装有水; 消除反应槽,其设置在从燃烧炉延伸的燃烧路径上,并且内部容纳从第一浸水池供给的强碱性水,并且还消除了废气中含有的碳基化合物, 燃烧通路; 用于接收和存储在消除反应罐内由消除反应产生的污泥的污泥储存罐; 用于接收和存储残留在第一水浸池中的底灰灰分的第一聚集储存罐,在中和之后,作为强碱性水的生成而产生; 以及第二水浸槽,用于向排除反应罐供给强碱性水,该强碱性水通过使其内部容纳的水与由燃烧炉产生的并积聚在集尘器中的粉煤灰反应而产生 燃烧通路上的装置。
    • 9. 发明授权
    • System for reducing carbon compound of heat engine
    • 减少发动机碳化合物的系统
    • US08388897B2
    • 2013-03-05
    • US12810215
    • 2008-12-29
    • Byung Chan LeeYong-Sik Jang
    • Byung Chan LeeYong-Sik Jang
    • B01D50/00
    • F01N3/04F01N2570/10Y02T10/20
    • A system for reducing a carbon compound of a heat engine includes: an outlet pipe transferring and outputting an exhaust gas from the heat engine; a removal reacting tank connected to the outlet pipe, the removal reacting tank generating a strong alkaline solution by a reaction of a resource material and a water and removing the carbon compound from the exhaust gas by a contact of the carbon compound and the strong alkaline solution; a sludge storing tank storing a sludge generated by a removal reaction in the removal reacting tank; and a decomposing tank generating the resource material for the removal reacting tank by decomposing the sludge from the sludge storing tank with a heat. Accordingly, since the carbon compound such as carbon dioxide is effectively removed from the exhaust gas emitted from a heat engine equipped in an industrial plant and a vehicle, atmospheric environmental pollution is prevented and regulation on carbon dioxide emission is satisfied.
    • 一种用于减少热机的碳化合物的系统,包括:出口管,其从所述热力发动机输送和输出废气; 与出口管连接的去除反应罐,除去反应槽通过资源材料和水的反应产生强碱性溶液,并通过碳化合物和强碱性溶液的接触从废气中除去碳化合物 ; 储存在除去反应罐中的通过除去反应产生的污泥的污泥储存罐; 以及通过用热分解来自污泥储存罐的污泥来产生除去反应罐的资源材料的分解槽。 因此,由于将二氧化碳等碳化合物有效地从设置在工业装置和车辆上的发动机排出的废气中除去,因此可以防止大气环境污染,并且对二氧化碳排放的调节得到满足。
    • 10. 发明申请
    • SYSTEM FOR REDUCING ENVIRONMENTAL POLLUTANTS
    • 减少环境污染物的制度
    • US20110286891A1
    • 2011-11-24
    • US12937010
    • 2009-03-23
    • Yong-Sik JangByung Chan LeeKwang Hwan Lee
    • Yong-Sik JangByung Chan LeeKwang Hwan Lee
    • B01J19/00
    • F23J1/00C02F2103/18F22B1/1838F23J15/02F23J2700/001F23J2900/01005Y02E20/12
    • The system for reducing environmental pollutants according to the present invention comprises: a first water immersion tank for producing strongly alkaline water by receiving a supply of bottom ash, which has been created by and has been accumulated at the bottom of a combustion furnace, and reacting it with water accommodated on its inside; an elimination reaction tank which is provided on a combustion pathway extending from the combustion furnace, and which internally accommodates the strongly alkaline water supplied from the first water immersion tank, and which also eliminates carbon-based compounds contained in exhaust gases which are discharged through the combustion pathway; a sludge-storage tank for receiving and storing sludge which has been produced as a consequence of the elimination reaction within the elimination reaction tank; a first aggregate storage tank for receiving and storing bottom-ash aggregate remaining within the first water immersion tank after the neutralisation which follows as a consequence of the production of the strongly alkaline water; and a second water immersion tank for supplying the elimination reaction tank with strongly alkaline water which is produced by reacting water, accommodated on its inside, with a supply of fly ash which has been generated by the combustion furnace and has accumulated in a dust-collecting device on the combustion pathway.
    • 根据本发明的减少环境污染物的系统包括:通过接收由燃烧炉底部产生并已积聚在燃烧炉底部的底灰供应产生强碱性水的第一水浸池, 它的内部装有水; 消除反应槽,其设置在从燃烧炉延伸的燃烧路径上,并且内部容纳从第一浸水池供给的强碱性水,并且还消除了废气中含有的碳基化合物, 燃烧通路; 用于接收和存储在消除反应罐内由消除反应产生的污泥的污泥储存罐; 用于接收和存储残留在第一水浸池中的底灰灰分的第一聚集储存罐,在中和之后,作为强碱性水的生成而产生; 以及第二水浸槽,用于向排除反应罐供给强碱性水,该强碱性水通过使其内部容纳的水与由燃烧炉产生的并积聚在集尘器中的粉煤灰反应而产生 燃烧通路上的装置。