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    • 11. 发明授权
    • Indoor unit of air conditioner
    • 室内机组
    • US08047016B2
    • 2011-11-01
    • US12232609
    • 2008-09-19
    • Jong Ki JeonJai Kwon LeeDo Yeon KimDae Sung LeeJei Min ChoiJong Won LeeKang Min Lee
    • Jong Ki JeonJai Kwon LeeDo Yeon KimDae Sung LeeJei Min ChoiJong Won LeeKang Min Lee
    • F25D17/06
    • F24F1/0011F24F1/0014F24F1/0022F24F2001/0037F24F2001/0048
    • Disclosed is an indoor unit of an air conditioner, in which discharge units respectively provided on upper and lower portions of the indoor unit have an improved discharge structure such that the discharge units are interchangeable, to increase cooling efficiency regardless of installation position of the indoor unit. The indoor unit includes a cabinet; a first discharge unit being detachably provided on the cabinet and configured to discharge air in a forward direction; and a second discharge unit separated from the first discharge unit, being detachably provided on the cabinet and configured to discharge air in the oblique direction, the first discharge unit and the second discharge unit being interchangeable according to a height of a position at which the cabinet is installed. The indoor unit of the air conditioner sets the optimum direction of discharged air, thus increasing the cooling efficiency of an indoor space.
    • 公开了一种空调的室内机,其中分别设置在室内机的上部和下部的排出单元具有改进的排放结构,使得排出单元可互换,以提高冷却效率,而与室内单元的安装位置无关 。 室内机包括机柜; 第一排出单元,其可拆卸地设置在所述柜体上并且构造成沿向前方向排出空气; 以及与所述第一排出单元分离的第二排出单元,其可拆卸地设置在所述柜体上并且构造成沿倾斜方向排出空气,所述第一排出单元和所述第二排出单元可根据位置的高度来互换, 已安装。 空调的室内机设置排气的最佳方向,从而提高室内空气的冷却效率。
    • 12. 发明授权
    • Apparatus and a method for controlling thickness of a strip in a twin roll strip casting device
    • 用于控制双辊带钢铸造装置中钢带厚度的装置和方法
    • US06408222B1
    • 2002-06-18
    • US09367979
    • 1999-08-23
    • Yoon Ha KimHi Jung LeeDae Sung Lee
    • Yoon Ha KimHi Jung LeeDae Sung Lee
    • G06F1900
    • B22D11/0622B22D11/16
    • A strip thickness control method in a twin roll strip casting device having a fixed roll and a horizontally movable roll, the method including the steps of: measuring a movement value Gj(&thgr;) of journals of the fixed and movable rolls and a movement value Gg(&thgr;+&pgr;) of barrels of the rolls; predicting a movement value Mfcr(&thgr;) of a roll nip of the fixed roll and a movement value Mmer(&thgr;) of a roll nip of the movable roll from the movement values Gj(&thgr;) and Gg(&thgr;+&pgr;); calculating a difference value between the movement values Mfcr(&thgr;) and Mmcr(&thgr;) to obtain an amount of variation Mdiff(&thgr;) of a gap between the fixed and movable rolls; and controlling thickness of a strip to minimize the amount of variation Mdiff(&thgr;) of the gap between the rolls.
    • 一种具有固定辊和水平移动辊的双辊带钢铸造装置中的钢带厚度控制方法,所述方法包括以下步骤:测量固定和可动辊的轴颈的运动值Gj(θ)和运动值Gg (θ+ pi)的辊筒; 从运动值Gj(θ)和Gg(θ+ pi)预测固定辊的辊隙的运动值Mfcr(θ)和可动辊的辊隙的运动值Mmer(θ); 计算移动值Mfcr(θ)和Mmcr(θ)之间的差值,以获得固定辊和可移动辊之间的间隙的变化量Mdiff(θ); 并控制条带的厚度以最小化辊之间的间隙的变化量Mdiff(θ)。
    • 13. 发明授权
    • High-vacuum oil refinery system and process
    • 高真空炼油系统及工艺
    • US5904836A
    • 1999-05-18
    • US595374
    • 1996-02-01
    • Dae Sung LeeHo Keun Shin
    • Dae Sung LeeHo Keun Shin
    • C10G7/00C10G9/00C10G31/10C10G67/00B04B15/02C10G9/14C10G17/00
    • C10G9/00Y10S494/90Y10S494/901
    • High-vacuum oil refinery systems and process are disclosed in this invention. The systems and process enables to carry out vaporization and distillation of oils under the condition of 1-10.sup.-4 Torr of high vacuum and at the temperature of not higher than 360.degree. C. and thereby removing possibility of thermal cracking while heating to be vaporized and easily produces high quality oil. The vaporized gases are centrifugally separated and liquefied by specific gravity using high-vacuum gas specific gravity centrifugal separators and thereby producing high purity oil of uniform quality. The process also carries out vaporization and distillation of the oil at the temperature of not higher than 360.degree. C. so that the process prevents vaporization of sulfur components of the oil, but simply drains the sulfur components along with the concentrated sludge oil and thereby distilling and desulfurizing the crude or heavy oil at the same time without using expensive conventional desulfurizing process. Especilally the pressure reduced thermal cracking device performs the oil
    • 本发明公开了高真空炼油系统和方法。 该系统和方法能够在1-10-4乇的高真空条件下进行油的蒸发和蒸馏,温度不高于360℃,从而在加热蒸发时除去热裂解的可能性 并容易生产高品质的油。 蒸发的气体通过比重使用高真空气体比重离心分离器离心分离和液化,从而产生质量均匀的高纯度油。 该方法还在不高于360℃的温度下进行油的蒸发和蒸馏,使得该方法防止油的硫成分的蒸发,而是简单地将硫成分与浓缩的污泥油一起排出,从而蒸馏 并同时脱硫粗油或重油,而无需使用昂贵的常规脱硫工艺。 特别是压力降低的热裂解装置执行油
    • 14. 发明授权
    • Vaporizing and concentration drying apparatus and method
    • 蒸发浓缩干燥装置及方法
    • US5548906A
    • 1996-08-27
    • US344984
    • 1994-11-25
    • Dae Sung LeeHo Keun Shin
    • Dae Sung LeeHo Keun Shin
    • B01D1/00B01D1/28C02F1/04C02F11/00F26B3/00
    • B01D1/2846B01D1/0011C02F1/048C02F11/00
    • Vaporizing and concentration drying apparatus and method are disclosed. The apparatus and method prepare good quality of condensed water and save evaporation energy and are wide used in making contaminated waste water become distilled water and in purification of the waste water and in concentration and drying of varieties of environmental polluting sludge. The apparatus and method recover and reuse the heating energy, which energy was applied to the vapor so as to heat the vapor to a high temperature and to remove the environmental polluting impurities, such as odor, B.O.D. and C.O.D. laden in the vapor, so that the apparatus and method remarkably save the cost for the heating energy. The apparatus saves the energy by 2-10 times in comparison with the conventional apparatus.
    • 公开了蒸发浓缩干燥装置和方法。 该设备和方法制备了冷凝水质量好,节约了蒸发能量,广泛用于污染废水成为蒸馏水,净化废水,并对各种环境污染污泥进行浓缩干燥。 该装置和方法回收和重新利用加热能量,该能量被施加到蒸汽上,以将蒸气加热到高温并除去环境污染的杂质,例如气味B.O.D. 和C.O.D. 在蒸气中,使装置和方法显着节省了加热能量的成本。 与常规装置相比,该装置将能量节省2-10次。