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    • 5. 发明申请
    • Oxygen Generator
    • 氧气发生器
    • US20080315441A1
    • 2008-12-25
    • US11851610
    • 2007-09-07
    • Tae Soo LeeYoon Sun ChoiYong Duck Kim
    • Tae Soo LeeYoon Sun ChoiYong Duck Kim
    • F02M9/10
    • C01B13/027C01B2210/0046Y10S261/65
    • An oxygen generator including: a humidifier tank moves up and down according to a horizontal movement of an adjustment knob so that the humidifier tank can be readily detachable, and thus a user can securely and conveniently use the oxygen generator without any water leakage from the humidifier tank during an operation of the oxygen generator. Also, it is possible to reduce noise according to driving of a compressor, noise according to the nitrogen exhaustion, and noise according to driving of a fan portion when the oxygen generator operates, to display purity information about the discharged oxygen, sensed by an oxygen sensor, as a digitalized numerical value on a display portion so that a user may readily recognize a current oxygen purity, and to drive the compressor at a low power consumption based on a discharge flow rate of oxygen and thereby reduce the power consumption.
    • 一种氧气发生器,包括:加湿箱根据调节旋钮的水平运动而上下移动,使得加湿器罐能够容易地拆卸,从而使用者可以可靠地方便地使用氧气发生器,而不会从加湿器中漏水 在氧气发生器的操作期间的罐。 此外,当氧气发生器运行时,可以根据压缩机的驱动,根据氮气排出的噪声和风扇部分的驱动来降低噪声,以显示由氧气感测的关于排出的氧气的纯度信息 传感器,作为显示部分上的数字化数值,使得用户可以容易地识别当前的氧气纯度,并且基于氧气的排放流量以低功耗驱动压缩机,从而降低功耗。
    • 6. 发明授权
    • High efficiency gas concentrating apparatus and method of controlling high efficiency gas concentrating apparatus
    • 高效率气体浓缩装置及高效率气体浓缩装置的控制方法
    • US08349053B2
    • 2013-01-08
    • US12701916
    • 2010-02-08
    • Tae Soo LeeYoon Sun ChoiSeung Kwon OhShin Kyu Han
    • Tae Soo LeeYoon Sun ChoiSeung Kwon OhShin Kyu Han
    • B01D53/02
    • B01D53/053B01D2256/12B01D2257/102B01D2259/40073
    • A high efficiency gas concentrating apparatus includes an air compressor for supplying high pressure air, first and second adsorption towers that are disposed above the air compressor and communicating with the air compressor to adsorb nitrogen and concentrate oxygen as the high pressure air is alternately supplied thereto, first and second concentrating passages that are disposed above the respective first and second adsorption towers to discharge the concentrated oxygen, and a cleaning tank that is disposed between the first and second concentrating passages to receive a portion of the concentrated oxygen from one of the first and second adsorption towers, temporarily store the received concentrated oxygen therein, and alternately remove adsorbed nitrogen by supplying the temporarily concentrated oxygen to the other of the first and second adsorption towers.
    • 高效率气体浓缩装置包括:空气压缩机,其供给高压空气;第一吸附塔和第二吸附塔,其配置在空气压缩机的上方,与空气压缩机连通,以在高压空气交替供给时吸附氮气并浓缩氧气, 第一和第二浓缩通道,其设置在相应的第一和第二吸附塔上方以排出浓缩的氧气;以及清洗槽,设置在第一和第二浓缩通道之间,以从第一和第二浓缩通道之一接收一部分浓缩氧, 第二吸附塔临时存储所接收的浓缩氧,并且通过将暂时浓缩的氧气供应到第一和第二吸附塔中的另一个来交替地去除吸附的氮。
    • 8. 发明授权
    • Oxygen generator
    • 氧气发生器
    • US07533872B2
    • 2009-05-19
    • US11851610
    • 2007-09-07
    • Tae Soo LeeYoon Sun ChoiYoung Duck Kim
    • Tae Soo LeeYoon Sun ChoiYoung Duck Kim
    • B01F3/04
    • C01B13/027C01B2210/0046Y10S261/65
    • An oxygen generator including: a humidifier tank moves up and down according to a horizontal movement of an adjustment knob so that the humidifier tank can be readily detachable, and thus a user can securely and conveniently use the oxygen generator without any water leakage from the humidifier tank during an operation of the oxygen generator. Also, it is possible to reduce noise due to driving of a compressor, noise due to the nitrogen exhaustion, and noise due to driving of a fan portion when the oxygen generator operates, to display purity information about the discharged oxygen, sensed by an oxygen sensor, as a digitalized numerical value on a display portion so that a user may readily recognize a current oxygen purity, and to drive the compressor at a low power consumption based on a discharge flow rate of oxygen and thereby reduce the power consumption.
    • 一种氧气发生器,包括:加湿箱根据调节旋钮的水平运动而上下移动,使得加湿器罐能够容易地拆卸,从而使用者可以可靠地方便地使用氧气发生器,而不会从加湿器中漏水 在氧气发生器的操作期间的罐。 此外,可以降低由于压缩机的驱动引起的噪音,由于氮气排出引起的噪音,以及当氧气发生器运行时由于风扇部分的驱动引起的噪声,以显示由氧气感测的关于排出的氧气的纯度信息 传感器,作为显示部分上的数字化数值,使得用户可以容易地识别当前的氧气纯度,并且基于氧气的排放流量以低功耗驱动压缩机,从而降低功耗。
    • 9. 发明授权
    • Gas concentrating method and apparatus using pressure swing adsorption
    • 使用变压吸附的气体浓缩方法和装置
    • US06811590B2
    • 2004-11-02
    • US10411229
    • 2003-04-11
    • Tae Soo LeeYoon Sun Choi
    • Tae Soo LeeYoon Sun Choi
    • B01D53047
    • B01D53/047B01D53/053B01D2253/108B01D2256/12B01D2257/102B01D2259/40007B01D2259/40052B01D2259/40062B01D2259/40066B01D2259/40081B01D2259/402
    • A gas concentrating method and apparatus is provided in which equalization is accomplished below two sieve beds, to thereby save compression energy, to reduce exit noise, and to obtain a gas whose gas purity with respect to an amount of flow has been enhanced. The gas concentrating method makes two sieve beds communicate with each other at their bottoms when a pressure difference between a pressurized pressure and a decompressed pressure is maximized in the multi-bed type sieve beds which alternately operate between pressurization and decompression, to equalize an internal pressure in the sieve beds. The gas concentrating apparatus includes a compressor (50), sieve beds (60-1, 60-2), solenoid valves (40-1, 40-2), an orifice (90), check valves (90-1, 90-2), a storage tank (100), a pressure controller (70), a flow meter (80), a controller (110), and a muffler (20).
    • 提供一种气体浓缩方法和装置,其中在两个筛床之下实现均衡,从而节省压缩能量,减少出口噪音,并获得相对于流量的气体纯度提高的气体。 当在加压和减压之间交替操作的多床型筛床中,当加压压力和减压压力之间的压力差最大时,气体浓缩方法使得两个筛床在其底部彼此连通,以使内部压力 在筛床上。 气体浓缩装置包括压缩机(50),筛床(60-1,60-2),电磁阀(40-1,40-2),孔口(90),止回阀(90-1,90- 2),储罐(100),压力控制器(70),流量计(80),控制器(110)和消声器(20)。