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    • 3. 发明授权
    • Integrated thin-film solar cells and method of manufacturing thereof and processing method of transparent electrode for integrated thin-film solar cells and structure thereof, and transparent substrate having processed transparent electrode
    • 集成薄膜太阳能电池及其制造方法以及用于集成薄膜太阳能电池的透明电极的处理方法及其结构,以及具有加工透明电极的透明基板
    • US07927497B2
    • 2011-04-19
    • US11908826
    • 2006-03-16
    • Koeng Su LimSeong Won KwonJeong Hwan KwakSang Il ParkJun-Bo YoonGun-Woo Moon
    • Koeng Su LimSeong Won KwonJeong Hwan KwakSang Il ParkJun-Bo YoonGun-Woo Moon
    • H01L31/04H01L31/18
    • H01L31/1884H01L31/022466H01L31/046H01L31/0463H01L31/1804Y02E10/547Y02P70/521
    • The present invention relates to integrated thin film solar cells, and more particularly, to integrated thin film solar cells, which minimize the loss of integrated solar cells caused at the time of a manufacturing process and become available at a low cost process, and a method of manufacturing thereof, a processing method of a transparent electrode for integrated thin film solar cells, which widens an effective area and reduces manufacturing costs by minimizing a (insulating) gap between unit cells of the integrated thin film solar cells, and a structure thereof, and a transparent substrate having the transparent electrode. The method of manufacturing integrated thin film solar cells, comprising the steps of: (a) forming a transparent electrode pattern separately over a transparent substrate; (b) forming a solar cell (semiconductor) layer over the substrate of the step (a); (c) forming a first back electrode by obliquely depositing a conductive material over the solar cell (semiconductor) layer; (d) etching the solar cell (semiconductor) layer by using the first back electrode as a mask; and (e) forming a second back electrode so that the transparent electrode and the first back electrode are electrically connected by obliquely depositing a metal over the substrate of the step (d).
    • 本发明涉及集成薄膜太阳能电池,更具体地说,涉及一体化薄膜太阳能电池,其使得在制造过程中引起的集成太阳能电池的损耗最小化并且以低成本的方法可用,以及一种方法 制造该集成薄膜太阳能电池的透明电极的处理方法及其结构,其通过使集成薄膜太阳能电池的单元电池之间的(绝缘)间隙最小化来扩大有效面积并降低制造成本, 以及具有透明电极的透明基板。 一种制造集成薄膜太阳能电池的方法,包括以下步骤:(a)在透明基板上分开形成透明电极图案; (b)在步骤(a)的衬底上形成太阳能电池(半导体)层; (c)通过在太阳能电池(半导体)层上倾斜地沉积导电材料来形成第一背电极; (d)通过使用第一背面电极作为掩模蚀刻太阳能电池(半导体)层; 和(e)形成第二背电极,使得透明电极和第一背电极通过在步骤(d)的衬底上倾斜沉积金属而电连接。
    • 5. 发明申请
    • Soft start circuit and power supply including soft start circuit
    • 软启动电路和电源包括软启动电路
    • US20090001944A1
    • 2009-01-01
    • US12068559
    • 2008-02-07
    • Do-Wan KimChul-Su HongHee-Hwan KimGun-Woo MoonChong-Eun Kim
    • Do-Wan KimChul-Su HongHee-Hwan KimGun-Woo MoonChong-Eun Kim
    • H02M3/00G05F1/00
    • H02M1/36H02M3/33507Y10S323/901
    • A soft start circuit is connected to a pulse width modulation controller including an oscillator, and a functionality of modulating amplitude to a pulse width and a power supply includes the soft start circuit. The soft start circuit includes a frequency controlling unit, a duty ratio establishing unit, and a variable switching unit. The frequency controlling unit generates first and second parameter signals for determining a frequency signal frequency by a power source from the PWM controller and provides them to the PWM controller. The duty ratio establishing unit generates a third parameter for determining amplitude of the frequency signal generated by the PWM controller according to a reference voltage, and provides it to the PWM controller. The variable switching unit determines whether it is a first predetermined time from a start-up state, and controls the first parameter of the frequency controller during the first predetermined time.
    • 软启动电路连接到包括振荡器的脉宽调制控制器,并且将幅度调制为脉冲宽度的功能,并且电源包括软启动电路。 软启动电路包括频率控制单元,占空比建立单元和可变切换单元。 频率控制单元产生用于通过来自PWM控制器的电源来确定频率信号频率的第一和第二参数信号,并将它们提供给PWM控制器。 占空比建立单元根据参考电压产生用于确定由PWM控制器产生的频率信号的振幅的第三参数,并将其提供给PWM控制器。 可变切换单元确定是否是起始状态的第一预定时间,并且在第一预定时间期间控制频率控制器的第一参数。
    • 7. 发明授权
    • Driving method of external electrode fluorescent lamp inverter for backlight
    • 用于背光的外部电极荧光灯逆变器的驱动方法
    • US07498752B2
    • 2009-03-03
    • US11320794
    • 2005-12-30
    • Suok Gyu MinGun-Woo MoonWon Sik OhByoung Own MinJong Sun Kim
    • Suok Gyu MinGun-Woo MoonWon Sik OhByoung Own MinJong Sun Kim
    • G05F1/00
    • H05B41/2825Y02B20/185
    • A driving method of external electrode fluorescent lamp inverter for backlight. In the driving method, a square wave voltage frequency for driving the external electrode fluorescent lamp is applied to the primary side of a transformer in the region whose frequency is substantially ½ of the resonant frequency which is determined by the capacitance of the external electrode fluorescent lamp and the leakage inductance of the transformer. Then, the external electrode fluorescent lamp is caused to emit light by the self-discharge to thereby obtain high efficiency and high luminance. The driving method of external electrode fluorescent lamp inverter for backlight includes applying a square wave voltage for driving an external electrode fluorescent lamp to the primary side of a transformer; and applying the square wave voltage to the primary side of transformer in a region where the frequency thereof is substantially ½ of a resonant frequency, which is determined by the capacitance of the external electrode fluorescent lamp and the leakage inductance of the transformer, and thus causing the external electrode fluorescent lamp to emit light by the self-discharge.
    • 用于背光的外部电极荧光灯逆变器的驱动方法。 在驱动方法中,用于驱动外部电极荧光灯的方波电压频率被施加到变压器的初级侧,其频率基本上是由外部电极荧光灯的电容决定的谐振频率的1/2 和变压器的漏电感。 然后,通过自放电使外部电极荧光灯发​​光,从而获得高效率和高亮度。 用于背光的外部电极荧光灯反相器的驱动方法包括将用于驱动外部电极荧光灯的方波电压施加到变压器的初级侧; 并且在频率基本上是由外部电极荧光灯的电容和变压器的漏电感确定的谐振频率的1/2的区域中将方波电压施加到变压器的初级侧,从而导致 外部电极荧光灯通过自放电发光。