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    • 13. 发明申请
    • WASHING MACHINE
    • 洗衣机
    • WO2010077088A3
    • 2010-12-09
    • PCT/KR2009007958
    • 2009-12-30
    • LG ELECTRONICS INCMOON SUK YUNKWON IG GEUNLEE DONG IL
    • MOON SUK YUNKWON IG GEUNLEE DONG IL
    • D06F37/20D06F37/22D06F37/30
    • D06F37/22D06F37/206
    • The present invention relates to a washing machine (100) including a cabinet (110) having a base (1.11 ), a tub (120) fixedly secured to an inside of the cabinet (110), a drum (130) rotatable provided in the tub (120), a rotation shaft (140) passed through the tub (120) from a rear of the drum (130), a bearing housing (150) connected to the rotation shaft (140), a suspension assembly (170) for buffering and supporting a structure connected to the bearing housing (150), a driving motor (181 ) provided to the suspension assembly (170) and a power transmission member (182) for transmission of the rotation force from the driving motor (181) to the rotation shaft (140), thereby permitting to increase a capacity of the washing machine (100) by changing the structure or the washing machine (100) and increase the rotation efficiency of the drum (130) by providing a driving structure which rotates the drum (130) and has an increased capacity by thus effects.
    • 本发明涉及一种洗衣机(100),其包括具有底座(1.11)的机柜(110),固定地固定在机壳(110)内部的桶(120) (120),从所述滚筒(130)的后部穿过所述桶(120)的旋转轴(140),连接到所述旋转轴(140)的轴承壳体(150),用于 缓冲和支撑连接到所述轴承壳体(150)的结构,设置到所述悬架组件(170)的驱动马达(181)和用于将所述驱动马达(181)的转动力传递到 旋转轴(140),从而允许通过改变结构或洗衣机(100)来增加洗衣机(100)的容量,并通过提供驱动结构来提高滚筒(130)的旋转效率,该驱动结构使 鼓(130),并且通过这样的效果具有增加的容量。
    • 15. 发明申请
    • HEAT CONTROL DEVICE OF HEAT GENERATING GLASS
    • 热发生玻璃的热控制装置
    • WO2011037363A2
    • 2011-03-31
    • PCT/KR2010006350
    • 2010-09-16
    • LG HAUSYS LTDLEE DONG ILSON BEOM GOOBAE IL JOON
    • LEE DONG ILSON BEOM GOOBAE IL JOON
    • H05B1/02H05B3/84
    • H05B1/0294
    • Provided is a heat control device of a heat generating glass, which supplies a sine wave signal for controlling temperature of the heat generating glass according to a size of the heat generating glass, so that the sine wave signal is input at a point of time when the current of the sine wave signal is zero and also the supply of the sine wave signal is stopped at the point of time when the current of the sine wave signal is zero. Herein, the sine wave signal is supplied to the heat generating glass so as to control the power supply considering to the load of the heat generating glass, and a zero point of the sine wave signal is detected using a phase detection part, and a heat control part generates a control signal so that the sine wave signal is input at a point of time when the current of the sine wave signal is zero and also the supply of the sine wave signal is stopped at the point of time when the current of the sine wave signal is zero, and then transfers the control signal to a driver circuit, and the sine wave signal supplied from a power source part is supplied through the driver circuit to the heat generating glass, and each sine wave signal supplied to each heat generating glass may be supplied with a different supplying period.
    • 提供一种发热玻璃的热控制装置,其根据发热玻璃的尺寸供给用于控制发热玻璃的温度的正弦波信号,使得正弦波信号在 正弦波信号的电流为零,并且正弦波信号的电源在正弦波信号的电流为零的时刻停止。 这里,正弦波信号被提供给发热玻璃,以便考虑到发热玻璃的负载来控制电源,并且使用相位检测部分检测正弦波信号的零点,并且将热量 控制部分产生控制信号,使得正弦波信号在正弦波信号的电流为零时的时间点输入,并且正弦波信号的供给在电流的时间点停止 正弦波信号为零,然后将控制信号传送到驱动电路,从电源部分提供的正弦波信号通过驱动电路提供给发热玻璃,并将每个正弦波信号提供给每个发热 玻璃可能供应不同的供应周期。
    • 17. 发明申请
    • HEAT CONTROL DEVICE OF HEAT GENERATING GLASS
    • 发热玻璃的热控装置
    • WO2011037363A3
    • 2011-07-28
    • PCT/KR2010006350
    • 2010-09-16
    • LG HAUSYS LTDLEE DONG ILSON BEOM GOOBAE IL JOON
    • LEE DONG ILSON BEOM GOOBAE IL JOON
    • H05B1/02H05B3/84
    • H05B1/0294
    • Provided is a heat control device of a heat generating glass, which supplies a sine wave signal for controlling temperature of the heat generating glass according to a size of the heat generating glass, so that the sine wave signal is input at a point of time when the current of the sine wave signal is zero and also the supply of the sine wave signal is stopped at the point of time when the current of the sine wave signal is zero. Herein, the sine wave signal is supplied to the heat generating glass so as to control the power supply considering to the load of the heat generating glass, and a zero point of the sine wave signal is detected using a phase detection part, and a heat control part generates a control signal so that the sine wave signal is input at a point of time when the current of the sine wave signal is zero and also the supply of the sine wave signal is stopped at the point of time when the current of the sine wave signal is zero, and then transfers the control signal to a driver circuit, and the sine wave signal supplied from a power source part is supplied through the driver circuit to the heat generating glass, and each sine wave signal supplied to each heat generating glass may be supplied with a different supplying period.
    • 提供了一种发热玻璃的热控制装置,其根据发热玻璃的尺寸提供用于控制发热玻璃的温度的正弦波信号,使得正弦波信号在时刻 正弦波信号的电流为零,并且正弦波信号的电流在正弦波信号的电流为零的时间点停止。 这里,正弦波信号被提供给发热玻璃,以考虑到发热玻璃的负载来控制电源供应,并且使用相位检测部分来检测正弦波信号的零点,并且热量 控制部分产生控制信号,使得在正弦波信号的电流为零的时间点输入正弦波信号,并且在正弦波信号的电流为零的时间点停止提供正弦波信号 正弦波信号为零,然后将控制信号传输到驱动器电路,并且从电源部分提供的正弦波信号通过驱动器电路供应到发热玻璃,并且提供给每个发热玻璃的每个正弦波信号 玻璃可以供应不同的供应时间。
    • 19. 发明授权
    • REFUSE DERIVED FUEL PLANT AND IT'S METHOD
    • 拒绝衍生燃料厂及其方法
    • KR100914993B1
    • 2009-09-02
    • KR20090002329
    • 2009-01-12
    • MUN HONG RANSEO JUNG HALEE DONG IL
    • MUN HONG RANSEO JUNG HALEE DONG IL
    • C10L5/46B09B3/00
    • Y02E50/10Y02E50/30Y02W30/20C10L5/46B09B3/0083C10L2290/02C10L2290/08C10L2290/24C10L2290/32C10L2290/52Y02W10/20
    • An apparatus for manufacturing waste solid fuel using sewage sludge and a manufacturing method thereof are provided to reduce cost of fuel by using renewable-energy, and to solve an environment problem. An apparatus for manufacturing waste solid fuel using sewage sludge includes a storage hopper(10), an input device(20), a drying device(30), a mixing device(40), and a molding device(60). The storage hopper inputs sludge in the storage hopper into the drying device after storing the collected sludge temporarily. The drying device includes a drying furnace(31), a multi-stage non-combustible conveyor(32), a direct heat combustion device(33) and a high speed vapor discharge device(34). The drying furnace includes a sludge inlet(311) and a drying sludge discharge hole(312). The multi-stage non-combustible conveyor is installed at the inside of the drying furnace. The mixing device mixes powdered coal uniformly supplied from a powdered coal hopper(50). The molding device includes a pair of molding roller(61).
    • 提供了一种使用污水污泥制造废固体燃料的装置及其制造方法,以通过使用可再生能量来降低燃料成本,并且解决了环境问题。 使用污水污泥制造废固体燃料的装置包括储料斗(10),输入装置(20),干燥装置(30),混合装置(40)和模制装置(60)。 存储料斗将储存料斗中的污泥进入干燥装置后暂时储存收集的污泥。 干燥装置包括干燥炉(31),多级不燃性输送机(32),直接热燃烧装置(33)和高速蒸汽排出装置(34)。 干燥炉包括污泥入口(311)和干燥污泥排出孔(312)。 多级不燃输送机安装在干燥炉内部。 混合装置混合从粉煤斗(50)均匀供应的粉煤。 成型装置包括一对成型辊(61)。