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    • 1. 发明申请
    • PETROLEUM STOVE
    • 石油炉
    • US20110094491A1
    • 2011-04-28
    • US13000416
    • 2009-02-06
    • Chul KimJae Hyung KimNam Eun Kim
    • Chul KimJae Hyung KimNam Eun Kim
    • F24C5/04
    • F23D3/40F23C6/04F23C2900/99004F23D3/22F23D2700/021F23D2700/027F24C5/04
    • The present invention relates to a petroleum stove, more specifically to a recombustion device which prevents imperfect combustion after ignition and before normal combustion and burns combustion gas effectively, thereby enabling favorable heating. The present invention comprises: a stove body (20) in which a fixed core (23) is inserted in a core pipe (22), an oil supply controller (35) which is installed on the other side of a support (10) and connected to the core pipe (22) through a fuel supply pipe (36) supplying fuel from a fuel tank (37), and a recombustion unit (40) which is installed on top of a support cover (29) and includes a heat radiation unit (41) in which a recombustion chamber (42) is installed. The recombustion chamber comprises: an inner recombustion chamber (43a) which is formed in a cup shape, and an outer recombustion chamber (43b) which is formed in the shape of a cylinder with a wide top and narrow bottom with a bottom diameter less than the diameter of an outer combustion chamber (25b). The top of the outer recombustion chamber is closed with a cover (44) while the bottom is secured on the upper side of the support cover (29). The inner recombustion chamber is inserted in the outer recombustion chamber (43b) and the upper part thereof is fixed to the cover (44). Through holes (45a, 45b) with a diameter of 6-8 mm are formed on the inner and outer recombustion chambers (43a)(43b) at intervals of 0.5-1.5 mm.
    • 本发明涉及一种石油炉,更具体地涉及一种防止点火之后和正常燃烧之前的不完全燃烧并有效燃烧燃烧气体的再燃烧装置,从而实现有利的加热。 本发明包括:固定铁芯(23)插入芯管(22)中的炉体(20),安装在支架(10)另一侧的供油控制器(35)和 通过从燃料箱(37)供应燃料的燃料供给管(36)与核心管(22)连接,以及安装在支承罩(29)顶部并包括热辐射 单元(41),其中安装有再燃泡室(42)。 重整室包括:形成为杯形的内部重整室(43a)和形成为具有宽的顶部和底部的底部直径小于 外部燃烧室(25b)的直径。 外部重整室的顶部用盖(44)封闭,而底部固定在支撑盖(29)的上侧。 将内部重整室插入外部重整室(43b)中,并将其上部固定在盖(44)上。 以0.5-1.5mm的间隔在内部和外部重组室(43a)(43b)上形成直径为6-8mm的通孔(45a,45b)。
    • 3. 发明授权
    • BPS receiver
    • BPS接收机
    • US08577324B2
    • 2013-11-05
    • US12793124
    • 2010-06-03
    • Hyung Jung KimJae Hyung Kim
    • Hyung Jung KimJae Hyung Kim
    • H04B1/08
    • H04B1/24H04B1/005
    • The present invention receives simultaneously RF signal of different frequency band and processes the RF signal received, at this time a BPS receiver minimizes aliasing generated by RF signal. The present invention comprises a sampling process unit which samples a signal summing a first RF signal and a second RF signal of different frequency bands with time gap, a quantization process unit which generates a first stream signal and a second stream signal from signals sampled by the sampling process unit according respective time information in the signal summing the first RF signal and the second RF signal and a signal process unit which performs FIR filtering with reference to phase shift for a respect frequency band of the first stream signal and the second stream signal, separates the first RF signal and the second RF signal based on a result of the performance.
    • 本发明同时接收不同频带的RF信号并处理所接收的RF信号,此时BPS接收机将由RF信号产生的混叠最小化。 本发明包括采样处理单元,其对具有时间间隔的不同频带的第一RF信号和第二RF信号求和的信号进行采样;量化处理单元,其从由第一RF信号采样的信号产生第一流信号和第二流信号 采样处理单元,根据对第一RF信号和第二RF信号求和的信号中的相应时间信息,以及参考第一流信号和第二流信号的相关频带的相移执行FIR滤波的信号处理单元, 基于性能的结果分离第一RF信号和第二RF信号。
    • 8. 发明授权
    • Symbol timing recovery and broadcast receiver using the same
    • 符号定时恢复和广播接收机使用相同
    • US07804924B2
    • 2010-09-28
    • US11002873
    • 2004-12-01
    • Jae Hyung Kim
    • Jae Hyung Kim
    • H04L7/00
    • H04L7/0054
    • A timing recovery for recovering a symbol clock using received data is provided. The timing recovery estimates a timing offset in such a way that dispersion constants of received symbols are minimized. Since the dispersion constants do not totally depend on a specific portion of a received signal spectrum, deterioration of the timing recovery performance by fading of a specific frequency component can be prevented. Particularly, the timing offset can be stably captured in a frequency selective fading channel such as a multi-path channel.
    • 提供了使用接收数据恢复符号时钟的定时恢复。 定时恢复以接收符号的色散常数最小化的方式估计定时偏移。 由于色散常数不完全依赖于接收信号频谱的特定部分,因此可以防止通过特定频率分量的衰落而导致的定时恢复性能的劣化。 特别地,定时偏移可以稳定地捕获在诸如多路径信道的频率选择性衰落信道中。