会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Molten glass discharging device
    • 熔融玻璃放电装置
    • US09212077B2
    • 2015-12-15
    • US13884052
    • 2012-02-15
    • Deuk Man KimSeok Mo ChoiHyun Jun JoHyun Je ChoSeung Chul ParkCheon Woo KimTae Won Hwang
    • Deuk Man KimSeok Mo ChoiHyun Jun JoHyun Je ChoSeung Chul ParkCheon Woo KimTae Won Hwang
    • C03B5/26C03B5/00G21F9/30
    • C03B5/26C03B5/005G21F9/305Y02P40/52
    • A molten glass discharging device provided in the bottom of a melting furnace of a waste vitrification apparatus so that the device can control the melting or cooling of a molten material. The molten glass discharging device, which is provided in the bottom of the furnace and controls discharging of a molten material, includes: an induction heating unit (110) having a discharging passage (10) along a discharging port formed in the bottom of the melting furnace; an induction coil (120) provided outside the induction heating unit (110); and a cooling unit (130) supporting the induction heating unit (110) and having a cooling conduit through which a cooling fluid circulates. The device can realize repeated discharging of the molten material by induction heating or cooling of the induction heating unit. Further, even when glass is adhered to the discharging port, the adhered glass can be easily discharged from the furnace.
    • 一种设置在废玻璃化装置的熔炉的底部的熔融玻璃排放装置,使得该装置能够控制熔融材料的熔化或冷却。 设置在炉底部并控制熔融材料排出的熔融玻璃排放装置包括:感应加热单元(110),其具有沿着形成在熔化底部的排出口的排出通道(10) 炉; 设置在感应加热单元(110)外部的感应线圈(120); 以及支撑所述感应加热单元(110)并具有冷却管道的冷却单元(130),冷却流体通过所述冷却导管循环。 该装置可以通过感应加热或感应加热单元的冷却来实现熔融材料的重复排放。 此外,即使当玻璃粘附到排出口时,粘附的玻璃也可以容易地从炉排出。
    • 2. 发明申请
    • MOLTEN GLASS DISCHARGING DEVICE
    • 玻璃放电装置
    • US20130283862A1
    • 2013-10-31
    • US13884052
    • 2012-02-15
    • Deuk Man KimSeok Mo ChoiHyun Jun JoHyun Je ChoSeung Chul ParkCheon Woo KimTae Won Hwang
    • Deuk Man KimSeok Mo ChoiHyun Jun JoHyun Je ChoSeung Chul ParkCheon Woo KimTae Won Hwang
    • C03B5/26
    • C03B5/26C03B5/005G21F9/305Y02P40/52
    • A molten glass discharging device provided in the bottom of a melting furnace of a waste vitrification apparatus so that the device can control the melting or cooling of a molten material. The molten glass discharging device, which is provided in the bottom of the furnace and controls discharging of a molten material, includes: an induction heating unit (110) having a discharging passage (10) along a discharging port formed in the bottom of the melting furnace; an induction coil (120) provided outside the induction heating unit (110); and a cooling unit (130) supporting the induction heating unit (110) and having a cooling conduit through which a cooling fluid circulates. The device can realize repeated discharging of the molten material by induction heating or cooling of the induction heating unit. Further, even when glass is adhered to the discharging port, the adhered glass can be easily discharged from the furnace.
    • 一种设置在废玻璃化装置的熔炉的底部的熔融玻璃排放装置,使得该装置能够控制熔融材料的熔化或冷却。 设置在炉底部并控制熔融材料排出的熔融玻璃排放装置包括:感应加热单元(110),其具有沿着形成在熔化底部的排出口的排出通道(10) 炉; 设置在感应加热单元(110)外部的感应线圈(120); 以及支撑所述感应加热单元(110)并具有冷却管道的冷却单元(130),冷却流体通过所述冷却导管循环。 该装置可以通过感应加热或感应加热单元的冷却来实现熔融材料的重复排放。 此外,即使当玻璃粘附到排出口时,粘附的玻璃也可以容易地从炉排出。
    • 8. 发明申请
    • Track zero determination method used in data storage system and disk drive using the same
    • 跟踪零确定方法在数据存储系统和磁盘驱动器中使用相同
    • US20050152253A1
    • 2005-07-14
    • US11019667
    • 2004-12-23
    • Seung-chul ParkKwang-jo Jung
    • Seung-chul ParkKwang-jo Jung
    • G11B21/08G11B5/55G11B5/58
    • G11B5/58G11B5/5526
    • An optimal track zero determination method used in a hard disk drive and a hard disk drive using the method. The method has the operations: (a) performing a sequential seek operation on target tracks of a disk, in units of predetermined numbers of tracks, outwardly, from a track separate from a physical track zero position obtained in a servo track write operation, by a predetermined distance toward the physical track zero position; (b) determining whether the target tracks belong to a region where a track-following operation is normally performed, and determining whether an actuator arm connected to a transducer is in contact with a mechanical buffering unit during the sequential seek operation of operation (a); and (c) selecting as a logical track zero, the target track belonging to the region where the track following operation is normally performed and the actuator arm is not in contact with the mechanical buffering unit.
    • 使用该方法在硬盘驱动器和硬盘驱动器中使用的最佳轨迹零确定方法。 该方法具有以下操作:(a)以预定数量的磁道为单位,以与伺服磁道写入操作中获得的物理磁道零位置分开的轨道向外,以磁盘的目标磁道执行顺序搜索操作,通过 距离物理轨道零位置的预定距离; (b)确定目标轨道是否属于通常执行跟踪操作的区域,并且在操作(a)的顺序搜索操作期间确定连接到换能器的致动器臂是否与机械缓冲单元接触, ; 以及(c)选择属于正常执行跟踪操作的区域的目标轨道和致动器臂不与机械缓冲单元接触的逻辑轨道零点。
    • 9. 发明授权
    • Axial flow fan for air conditioner
    • 空调轴流风机
    • US06325597B1
    • 2001-12-04
    • US09475236
    • 1999-12-30
    • Wan Soo KimSim Won ChinSeung Chul ParkDong Soo Moon
    • Wan Soo KimSim Won ChinSeung Chul ParkDong Soo Moon
    • F04D2938
    • F04D29/384F24F7/007Y10S416/02Y10S416/05
    • An axial flow fan for an air conditioner is disclosed. This axial flow fan is capable of changing the shape of blades by varying a design factor such as a chord length, a sweep angle, etc., generating an enough flowing amount of a fan for implementing an efficient heat radiation of a heat exchanger, and decreasing a noise which occurs during an air flowing operation of the fan, so that it is possible to implement a high efficiency and low noise fan system. The above-described axial flow fan according to the present invention includes a hub engaged to a rotary shaft of a motor, and a plurality of blades engaged to the hub, wherein assuming a coordinate which is obtained by computing a distance R in a radial direction of the blade into a distance from a radius Rh to a radius Rt at a blade tip BT based on a non-dimensional method as “r” (r=(R−Rh)/(Rt−Rh), a maximum camber ratio Hc(r) which is a ratio between a maximum camber Cmax and a chord length 1 has 0.02±0.01 at a hub BH of r=0, 0.04±0.015 at a blade tip BT of r=1, and a maximum camber ratio at a portion of r=0.6˜0.75 has a maximum value of 0.05±0.02.
    • 公开了一种用于空调的轴流风扇。 该轴流风扇能够通过改变诸如弦长,扫掠角等的设计因素来改变叶片的形状,从而产生足够流量的用于实现热交换器的有效热辐射的风扇,以及 降低在风扇的空气流动操作期间发生的噪声,从而可以实现高效率和低噪音的风扇系统。 根据本发明的上述轴流风扇包括接合到电动机的旋转轴的毂和接合到轮毂的多个叶片,其中假定通过计算径向方向上的距离R而获得的坐标 (r =(R-Rh)/(Rt-Rh))的最大外倾比Hc(r =(R-Rh)/(Rt-Rh)),将叶片从半径Rh延伸到叶片端部BT的半径Rt 在最大弧度Cmax和弦长1之间的比值在r = 0的轮毂BH上为0.02±0.01,在r = 1的叶尖BT处为0.04±0.015,在 r = 0.6〜0.75的最大值为0.05±0.02。
    • 10. 发明授权
    • Vertical gradient freezing apparatus for compound semiconductor single
crystal growth
    • 用于化合物半导体单晶生长的垂直梯度冷冻装置
    • US5135726A
    • 1992-08-04
    • US672563
    • 1991-03-20
    • Suk Ki MinSeung Chul ParkChul Won HanYoung Ju ParkKwang Bo Shim
    • Suk Ki MinSeung Chul ParkChul Won HanYoung Ju ParkKwang Bo Shim
    • C30B11/00C30B13/22C30B29/40C30B29/42H01L21/208
    • C30B29/48C30B11/003C30B11/006C30B29/40Y10S117/90Y10T117/1012Y10T117/1092
    • A vertical gradient freeze single crystal growing apparatus utilizing a direct monitoring furnace which is possible to obtain rapid high temperature heating and uniform temperature distribution by using direct monitoring furnace as a higher temperature part furnace provided with double quartz tube applied with gold thin film, and also capable of observing entire process of single crystal growing directly by naked eye.The apparatus includes a direct monitoring furnace corresponding to higher temperature part furnace and lower temperature part furnace mounted on vertically standing guide rails so as to be moved upwardly and downwardly voluntarily thereon simultaneously or independently, and the direct monitoring furnace is provided with heater wires divided into more than two regions to inner side of protecting quartz tube provided within double quartz tube applied with gold thin film on its interior surface and formed with cooling water in and outlets and also crystal growing reaction tube capable of normal and reverse turning is provided thereto, and a number of thermocouples are provided to the furnaces.
    • 使用直接监测炉的垂直梯度冷冻单晶生长装置,其可以通过使用直接监测炉作为高温部分炉获得快速的高温加热和均匀的温度分布,所述高温部分炉具有应用金薄膜的双重石英管,并且还 能够通过肉眼观察直接生长的单晶生长过程。 该装置包括对应于高温部件炉和安装在垂直立式导轨上的低温部件炉的直接监控炉,以便同时或独立地向上和向下自主地向上和向下移动,并且直接监控炉具有分为 提供在双层石英管的内侧保护石英管的两个以上的内侧,在其内表面上涂有金薄膜并形成冷却水,出口以及能够正转和反向转动的晶体生长反应管, 一些热电偶被提供给炉子。