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    • 13. 发明专利
    • BR0204442A
    • 2004-06-08
    • BR0204442
    • 2002-10-29
    • KIN IN-SEOKKIM YOUNG-JUN
    • KIN IN-SEOKKIM YOUNG-JUN
    • H02P1/44H01H47/00H02P1/42H02P21/05H02P21/34H02P23/04H02P23/07H02P25/04H02P27/02
    • There is provided a voltage-controlled electronic relay for starting a single-phase induction motor, which includes: a power supply unit (310), configured of a bridge diode (BD), for supplying power to circuit elements of the starting relay when AC power of the induction motor is turned on; a triac (306) for applying the AC power to a starting coil (W3) of the induction motor or cutting off the AC power; a signal input unit (322) for sensing a voltage induced to the starting coil; a hysteresis unit (324) for outputting an ON control signal at the initial starting stage, generating an OFF control signal for turning off the switch when the induced voltage sensed by the sensing element reaches a predetermined OFF reference voltage, and generating the ON control signal for turning on the switch again when the induced voltage becomes lower than a predetermined ON reference voltage during a normal operation period; and a triggering unit (330) for turning on the switch according to the ON control signal of the hysteresis unit and turning off the switch according to the OFF control signal. Accordingly, impulse noise generated across the triac is removed using a spark killer and stabilized voltage is provided to the circuit elements.
    • 15. 发明授权
    • Method for deodorizing sludge comprising the step of treatment noxious odor-producing materials with sulfuric acid
    • 用于消除含有硫酸的有毒气味材料处理步骤的污泥的方法
    • KR101207565B1
    • 2012-12-05
    • KR20120044284
    • 2012-04-27
    • KIM YEON JAEKIM YOUNG JUN
    • KIM YOUNG JUNKIM YEON JAE
    • B01D53/34A61L9/01C02F11/00C02F11/14
    • B01D53/34A61L9/01B01D2251/506C02F11/14
    • PURPOSE: A bad odor removal method of bad odor generating pollutants including sulfuric acid treatment steps is provided to improve environmentally-friendly characteristic by removing bad odor from the bad odor generating pollutants. CONSTITUTION: A bad odor removal method of bad odor generating pollutants includes a process in which 0.5-5 weight% of sulfuric acid, 5-50 weight% of a solidifying agent, and 0.005-1 weight% of potassium monopersulfate are sprayed to bad odor generating pollutants on the basis of the total weight of the bad odor generating pollutants. The bad odor generating pollutants are sewage sludge, food waste, livestock excrements, or industrial wastewater. The solidifying agent is neutral or alkali. The solidifying agent is lime, diatomite, olivine, cement, concrete sludge, by-plaster, electricity furnace oxidized slag, blast furnace slag, powdered slag, alum, alunite, fly ash, magnesium oxide, or briquette ash. [Reference numerals] (AA,HH) Deodorization rate(%); (BB) Ammonia; (CC) Trimethylamine; (DD) Acetaldehyde; (EE) Methyl mercaptan; (FF) Acetic acid; (GG) Hydrogen sulfide
    • 目的:提供恶臭产生污染物的恶臭除臭方法,包括硫酸处理步骤,通过消除不良气味产生污染物的恶臭,提高环保特性。 构成:恶臭产生污染物的恶臭除臭方法包括将0.5-5重量%的硫酸,5-50重量%的固化剂和0.005-1重量%的单过硫酸钾喷雾到恶臭的过程 根据不良气味发生污染物的总重量产生污染物。 产生恶臭的污染物是污水污泥,食物废物,牲畜排泄物或工业废水。 固化剂为中性或碱性。 固化剂为石灰,硅藻土,橄榄石,水泥,混凝土污泥,石膏,电炉氧化渣,高炉渣,粉渣,明矾,铝酸钠,粉煤灰,氧化镁或煤灰。 (标号)(AA,HH)除臭率(%) (BB)氨 (CC)三甲胺; (DD)乙醛; (EE)甲硫醇; (FF)乙酸; (GG)硫化氢
    • 17. 发明授权
    • Audio amp apparatus
    • 音频放大器
    • KR101215636B1
    • 2012-12-26
    • KR20120076738
    • 2012-07-13
    • KIM YOUNG JUN
    • KIM YOUNG JUN
    • H03F3/217H04R3/00
    • H03F3/217H03F1/3264H03F1/34H03F1/52H03F2200/03
    • PURPOSE: An audio amplifier apparatus for having a negative feedback loop is provided to reduce distortion of an audio input signal according to counter electro-motive force by applying brakes to the counter electro-motive force of a speaker. CONSTITUTION: A voltage amplification part(110) amplifies an audio input signal according to a preset gain. A buffer(120) transfers an output of the voltage amplification part to a virtual negative feedback node proving part(130). A virtual negative feedback node providing part provides a node isolation part(160) and a virtual feedback node which is separated from a speaker output node which is not be influenced by counter electro-motive force of a speaker(170). Negative feedback resistance(140) forms the negative feedback loop while being connected to a first node(131), which is provided from the virtual negative feedback node providing part, and a (-) input terminal of a voltage amplification part. A node separation part separates in order to electrically have different signal values between a first node and a second node(151).
    • 目的:提供一种用于具有负反馈回路的音频放大器装置,以通过将制动器施加于扬声器的反电动势来根据反电动势来减小音频输入信号的失真。 构成:电压放大部分(110)根据预设的增益来放大音频输入信号。 缓冲器(120)将电压放大部分的输出传送到虚拟负反馈节点验证部分(130)。 虚拟负反馈节点提供部分提供节点隔离部分(160)和与扬声器输出节点分离的虚拟反馈节点,扬声器输出节点不受扬声器(170)的反电动势的影响。 负反馈电阻(140)在连接到从虚拟负反馈节点提供部分提供的第一节点(131)和电压放大部分的( - )输入端子时形成负反馈环路。 为了在第一节点和第二节点(151)之间电气地具有不同的信号值,分离节点分离部分。
    • 18. 发明公开
    • Improved methods for the activation of the relay for single-phase induction motor
    • 空值
    • KR20070116570A
    • 2007-12-10
    • KR20070113060
    • 2007-11-07
    • KIM YOUNG JUN
    • KIM YOUNG JUN
    • H02P1/42
    • H02P1/44
    • A method for improving a relay for starting a single phase induction motor is provided to protect a system from an inrush current during charging and discharging of a starting condenser, thereby preventing an accident. A method for improving a relay for starting a single phase induction motor includes the steps of: sensing voltage of a starting winding induced in driving the motor; controlling a gate of triac; and providing or isolating the starting winding with and from a starting current. The starting winding is connected to a resistor, another resistor connected to a condenser in parallel, and a zener diode in series to form a power circuit. A positive reference of a micro controller(CPU) is connected to one side of the driving condenser and a negative reference of the microcontroller(CPU) is connected to a power input terminal of the starting winding through a diode and a discharge resistor.
    • 提供用于改善用于启动单相感应电动机的继电器的方法,以在起动冷凝器的充放电期间保护系统免受浪涌电流的影响,从而防止事故。 一种用于改善用于启动单相感应电动机的继电器的方法包括以下步骤:感测在驱动电动机时感应的起动绕组的电压; 控制三端双向可控硅开关 以及提供起动绕组的起动电流和起动电流的隔离。 启动绕组连接到电阻器,并联连接到电容器的另一个电阻器和串联的齐纳二极管以形成电源电路。 微控制器(CPU)的正参考连接到驱动电容器的一侧,并且微控制器(CPU)的负参考通过二极管和放电电阻器连接到起动绕组的电源输入端子。
    • 19. 发明公开
    • FILTER FOR NASAL CAVITY
    • 过滤器为NASAL CAVITY
    • KR20070083037A
    • 2007-08-23
    • KR20060016254
    • 2006-02-20
    • LEE JE YOULKIM YOUNG JUN
    • LEE JE YOULKIM YOUNG JUN
    • A61M15/08
    • A61M15/08A61M15/085A62B23/06
    • A filter for nasal cavity having fixing wings is provided to prevent entrance of foreign substances and to keep it from moving in the nasal cavity. A filter for nasal cavity having fixing wings includes: a main body(10) in a cylindrical form; fixing wings(14) at the circumferences of two ends of the main body(10); and a removable filter(20) having a filter paper(22) on which aroma is applied and a boundary(24). The fixing wings(14) include a first fixing wing(14a) and a second fixing wing(14b). The first fixing wing(14a) is wider than the second fixing wing(14b) to efficiently fix the filter in a nasal cavity.
    • 提供具有固定翼的鼻腔过滤器,以防止异物进入并阻止其在鼻腔内移动。 用于具有固定翼的鼻腔的过滤器包括:圆柱形的主体(10); 在主体(10)的两端的周边固定翼(14); 以及具有其上施加有香味的滤纸(22)和边界(24)的可移除过滤器(20)。 固定翼(14)包括第一固定翼(14a)和第二固定翼(14b)。 第一固定翼(14a)比第二固定翼(14b)宽,以有效地将过滤器固定在鼻腔中。
    • 20. 发明公开
    • 재활용 플라스틱을 생물막 여재로 이용한 접촉산화법 친환경 수처리시스템
    • KR20180043689A
    • 2018-04-30
    • KR20160136739
    • 2016-10-20
    • YOO DUCK ENV CO LTDKIM YOUNG JUN
    • KIM YOUNG JUN
    • C02F3/10C02F3/20C02F3/30
    • Y02W10/15
    • 본발명은플라스틱을생물막여재로이용한접촉산화법친환경수처리시스템에관한것으로, 유입하수중에서협잡물이나침사물등의이물질을걸러주는스크린부(2); 상기하수를교반하는동시에유출시켜, 상기하수의부패를방지하면서유량을조정하는유량조정부(3); 상기하수중의유기물을혐기성분해하는혐기처리부(4); 상기하수중의유기물을미생물에의해산화및 분해시켜처리하는폭기부(5); 상기하수에함유된슬러지를상기혐기처리부(4)로반송하기전에상기슬러지의높은용존산소를저감시키는용존산소저감부(6); 상기하수를안정화시켜, 슬러지를침전시킨후, 침전된상기슬러지를슬러지저류조(9)로이송시키는고액분리부(7); 및상기고액분리부(7)에서채취한상등수를처리수로서방류시키는방류부(8);를포함하여이루어지되, 상기폭기부(5)는, 상기하수에잠기도록내부에충진되는플라스틱여재(53); 및상기여재(53)가잠긴상기하수를순환시키도록주기적으로공기를분사함으로써상기하수를혐기또는호기조건으로교호시키는순환장치(54);를포함하는것을특징으로하며, 재활용플라스틱및 용기를여재로활용함으로써용존산소(DO)의농도및 수질변화에따른호기성미생물과무산소혹은혐기성미생물이모두공존할수 있는환경을만들어, 미생물에의한하수고도처리효율을향상시킬수 있게된다.