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    • 1. 发明申请
    • ULTRASONIC PROBE FOR PRODUCING FOUR DIMENSIONAL IMAGE
    • 用于生产四维图像的超声波探头
    • US20100156404A1
    • 2010-06-24
    • US11909293
    • 2006-03-24
    • Jin Ho HANDong Hyun KIMIn Seong SONG
    • Jin Ho HANDong Hyun KIMIn Seong SONG
    • G01R33/06G01N29/04
    • A61B8/12A61B8/4461
    • The present invention relates to an ultrasonic probe for producing a real-time three dimensional live action image (a four dimensional image), which has a long lifetime, and an improved image quality, can prevent malfunction. The ultrasonic probe for producing a four dimensional image includes power transmission means for transmission of power from an upright motor to a module (2) having acoustic elements for swinging the module, the power transmission means includes a first link (20) having a horizontal portion (22) directly connected to a motor shaft, and a sloped portion projected upward from one side end of the horizontal portion at an angle in conformity with a locus of a swing action of the module, and a second link (21) comprising a horizontal (29) having an interlocking connected thereto and a pair of parallel portion (30) and (31) projected upwardly from opposite ends of the horizontal portion, such that the second link is interlocked along the first link in a state of being interposed between the first link and the module, wherein the interlocking shaft (28) is connected with an inclined portion of the first link by a shaft and the pair of parallel portions is mounting to a lower side of the module in a horizontal direction with a shaft.
    • 本发明涉及一种用于制造具有长寿命和改进的图像质量的实时三维实况动作图像(四维图像)的超声波探头,可以防止故障。 用于产生四维图像的超声波探头包括用于将功率从直立马达传输到具有用于摆动模块的声学元件的模块(2)的动力传递装置,动力传递装置包括具有水平部分的第一连杆 (22),以及从所述水平部的一侧端部向与所述模块的摆动动作的轨迹一致的角度向上突出的倾斜部,以及包括水平方向的第二连杆(21) (29)和从所述水平部分的相对端部向上突出的一对平行部分(30)和(31),使得所述第二连杆沿着所述第一连杆以处于所述水平部分之间的状态互锁 第一连杆和模块,其中联锁轴(28)通过轴与第一连杆的倾斜部分连接,并且该对平行部分安装到模块的下侧 e在水平方向与轴。
    • 4. 发明申请
    • FUSED BRASSIERE
    • US20220312856A1
    • 2022-10-06
    • US17041013
    • 2019-12-30
    • Dong Hyun KIM
    • Dong Hyun KIM
    • A41C3/00A41C3/14A41H43/04
    • A fused brassiere according to an embodiment of the present invention includes: an outer fabric having elasticity; a lining having elasticity and configured to form a first pocket portion and a second pocket portion by being bonded to the outer fabric by being compressed against an inner surface of the outer fabric; a first cup-shaped pad portion and a second cup-shaped pad portion inserted into the first pocket portion and the second pocket portion, respectively; and a core member made of a material having elasticity lower than the outer fabric, formed in a region between the first pocket portion and the second pocket portion and in a circumferential portion of the first pocket portion and the second pocket portion, disposed between the outer fabric and the lining, and bonded together when the outer fabric and the lining are compressed against each other, wherein the core member includes: a first connecting portion formed to surround lower portions of the first pocket portion and the second pocket portion; a second connecting portion formed to surround upper portions of the first pocket portion and the second pocket portion; and a third connecting portion connecting the first connecting portion and the second connecting portion to each other, wherein a first cup-shaped pad portion includes a first breast point BP1, and a second cup-shaped pad portion includes a second breast point BP2; and wherein the first connecting portion is formed to surround the first pocket portion and the second pocket portion so that when viewed from the front, opposite ends of the first connecting portion are disposed higher than the first breast point and the second breast point, respectively.
    • 7. 发明申请
    • COUPLING CHANNEL NOISE CANCELING CIRCUIT
    • 耦合通道噪声消除电路
    • US20100074380A1
    • 2010-03-25
    • US12402622
    • 2009-03-12
    • Dong Hyun KIMYong Woon Park
    • Dong Hyun KIMYong Woon Park
    • H04B1/10
    • H04B1/123H04B1/3805H04B1/525
    • A coupling channel noise canceling circuit includes a signal detecting unit, a gain setting unit, a cancel signal generating unit, and a noise canceling unit. The signal detecting unit detects a phase difference and a voltage difference between a broadcast RX signal and a noise cancel signal in a set mode. The gain setting unit outputs compensation gain values corresponding to the phase difference and the voltage difference from the signal detecting unit in the set mode. The cancel signal generating unit sets the compensation gain values from the gain setting unit as an amplification gain for amplification of a communication TX signal in the set mode, and amplifies the communication TX signal by a predetermined gain to generate the noise cancel signal in the set mode and an operation mode. The noise canceling unit cancels an interference noise from the broadcast RX signal by using the noise cancel signal from the cancel signal generating unit in the operation mode.
    • 耦合通道噪声消除电路包括信号检测单元,增益设置单元,消除信号产生单元和噪声消除单元。 信号检测单元在设定模式下检测广播RX信号和噪声消除信号之间的相位差和电压差。 增益设定单元在设定模式下输出与信号检测单元的相位差和电压差对应的补偿增益值。 消除信号生成单元将来自增益设定单元的补偿增益值设定为在设定模式下的通信TX信号的放大的放大增益,并且将通信TX信号放大预定的增益以产生该组中的噪声消除信号 模式和操作模式。 噪声消除单元通过在操作模式中使用来自消除信号生成单元的噪声消除信号来消除来自广播RX信号的干扰噪声。