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    • 3. 发明授权
    • Connector with shorting terminal
    • 带短路端子的连接器
    • US06575775B2
    • 2003-06-10
    • US09833072
    • 2001-04-12
    • Teruaki HasegawaNaova Kurimoto
    • Teruaki HasegawaNaova Kurimoto
    • H01R2900
    • H01R13/7033H01R13/41H01R43/20
    • A connector is provided with a shorting terminal. Male terminal fittings 12 protrude into a hood 11 of a male housing 10, a female housing 20 fitting into this hood 11. A left half of a lower portion of the hood 11 protrudes downwards, a shorting terminal housing recess 70 being provided at this location, this recess 70 housing a shorting terminal 60. The shorting terminal 60 has four resilient contacts 62 which make contact with the male terminal fittings 12 and short-circuit them. The shorting terminal 60 can be inserted, from the posterior of the male housing 10, into the recess 70. A misalignment preventing wall 75 protrudes at an anterior end of the recess 70. A protruding anterior end face of the misalignment preventing wall 75 forms a unified face with a right half of the lower portion of the hood 11. As a result, an opening area of the hood 11 of the male housing 10 is approximately the same shape as a fitting area R of the female housing 20, thereby preventing misalignment when fitting is carried out. The misalignment preventing wall 75 ensures that only a small part of the shorting terminal 60 is exposed to the exterior.
    • 连接器设有短路端子。 公端子配件12突出到阳壳体10的罩11中,插入到该罩11中的阴壳体20.罩子11的下部的左半部向下突出,在该位置设置有短路端子容纳凹部70 该凹部70容纳短路端子60.短路端子60具有四个弹性触点62,它们与阳端子配件12接触并使它们短路。 短路端子60可以从阳壳体10的后部插入到凹部70中。未对准防止壁75在凹部70的前端突出。不对准防止壁75的突出的前端面形成 罩子11的下半部分的右半部分结合在一起。结果,阳壳体10的罩11的开口面积与阴壳体20的装配区域R大致相同的形状,从而防止未对准 进行装配时。 不对准防止壁75确保仅短路端子60的一小部分暴露于外部。
    • 4. 发明授权
    • Connector with locking member and audible indication of complete locking
    • 具有锁定构件的连接器和完全锁定的声音指示
    • US06347952B1
    • 2002-02-19
    • US09663877
    • 2000-09-15
    • Teruaki HasegawaKiyotaka Kawase
    • Teruaki HasegawaKiyotaka Kawase
    • H01R13627
    • H01R13/6272H01R13/635H01R13/639
    • A connector includes first and second housings (10; 20). A lock arm (27) is formed on the second housing (20) and includes a lock (30) and striking portions (31). The lock (30) moves onto a locking projection (13) of the first housing (10) during a connecting operation and engages the locking projection (13) when the housings (10; 20) are connected properly. The striking portions (31) are formed separately from the lock (30) and produce a sound upon striking upon the first housing (10) when the housings (10; 20) are connected properly with each other. Since the striking portions (31) or producing a striking sound and the lock (30) for locking are separately formed, a vertical dimension of an engaging area of the lock (30) with the locking projection (13) can be reduced to suppress a degree of elastic deformation of the lock arm (27) while securely producing the striking sound.
    • 连接器包括第一和第二壳体(10; 20)。 锁定臂(27)形成在第二壳体(20)上并且包括锁(30)和撞击部分(31)。 在连接操作期间,锁(30)移动到第一壳体(10)的锁定突起(13)上,并且当壳体(10,20)正确连接时,锁定突起(30)接合锁定突起(13)。 当所述壳体(10,20)彼此适当地连接时,所述撞击部分(31)与所述锁(30)分开形成并且在所述第一壳体(10)上撞击时产生声音。 由于打击部分(31)或产生打击声音和用于锁定的锁(30)被分开形成,因此可以减小锁(30)与锁定突起(13)的接合区域的垂直尺寸,以抑制 同时牢固地产生打击声,锁定臂(27)的弹性变形程度。
    • 5. 发明授权
    • Carrier recovering apparatus and carrier recovering method
    • 载体回收装置和载体回收方法
    • US08451948B2
    • 2013-05-28
    • US12279933
    • 2007-12-06
    • Teruaki HasegawaYoshikazu HayashiYousuke Kimura
    • Teruaki HasegawaYoshikazu HayashiYousuke Kimura
    • H04L1/00
    • H04L27/3836
    • A carrier recovering apparatus, in which degradation of the demodulation performance caused when a pilot signal cannot be normally received is suppressed, includes a rotation calculator for multiplying a baseband signal and an oscillation signal and outputting a multiplied signal; a pilot signal extractor for extracting a pilot signal from the signal output from the rotation calculator; an error detection controller for outputting a phase error between the pilot signal and a reference signal as a value restricted within a given range; a loop filter for smoothing the phase error output from the error detection controller and outputting the smoothed phase error; and a variable frequency oscillator for generating a signal in accordance with the output of the loop filter and outputting the generated signal as the oscillation signal.
    • 抑制导频信号不能正常接收时的解调性能的劣化被抑制的载波恢复装置包括用于将基带信号和振荡信号相乘并输出相乘的信号的旋转计算器; 导频信号提取器,用于从旋转计算器输出的信号中提取导频信号; 误差检测控制器,用于将导频信号和参考信号之间的相位误差作为限制在给定范围内的值输出; 用于平滑来自误差检测控制器的相位误差输出并输出平滑的相位误差的环路滤波器; 以及可变频率振荡器,用于根据环路滤波器的输出产生信号并输出​​所生成的信号作为振荡信号。
    • 7. 发明授权
    • Connector
    • 连接器
    • US06443760B2
    • 2002-09-03
    • US09820344
    • 2001-03-29
    • Teruaki Hasegawa
    • Teruaki Hasegawa
    • H01R300
    • H01R13/641
    • The invention avoids the problem of resilient stopping arms losing their resilience. A female housing has a locking arm capable of engaging with a locking member of a male housing protruding therefrom. A detecting member is attached to a posterior side of this female housing. A pair of resilient stopping legs extend in an anterior direction from a main body of the detecting member. Anterior end portions of the resilient stopping legs have outwardly protruding hook-shaped protrusions protruding therefrom, these engaging with temporary stopping holes or main stopping holes provided in side walls of the female housing. Retaining protrusions protrude further outwards from protruding anterior ends of the resilient stopping legs. These retaining protrusions protrude to the exterior of the female housing from the temporary stopping holes or the main stopping holes. Recessed grooves corresponding in location to the main stopping holes are formed in inner side faces of a hood of the male housing. The retaining protrusions that protrude from the main stopping holes are inserted into these recessed grooves in the hood. When the detecting member is in an operating position and the resilient stopping legs are in an inserted state within the main stopping holes, these resilient stopping legs return to their original free state.
    • 本发明避免了弹性停止臂丧失弹性的问题。 阴壳体具有能够与从其突出的阳壳体的锁定构件接合的锁定臂。 检测构件附接到该阴壳体的后侧。 一对弹性止动腿从检测构件的主体沿前方延伸。 弹性止动腿的前端部具有从其突出的向外突出的钩形突起,这些突出部与设置在阴壳体的侧壁中的临时止动孔或主止挡孔接合。 保持突起从弹性止动腿的突出的前端向外突出。 这些保持突起从临时停止孔或主停止孔突出到阴壳体的外部。 在主壳体的罩的内侧面形成有与主停止孔对应的凹槽。 从主停止孔突出的保持突起插入到罩中的这些凹槽中。 当检测构件处于操作位置并且弹性止动腿处于主停止孔内的插入状态时,这些弹性止动腿返回其原始的自由状态。
    • 8. 发明授权
    • Connector with detection member
    • 带检测元件的连接器
    • US06247957B1
    • 2001-06-19
    • US09579016
    • 2000-05-26
    • Teruaki Hasegawa
    • Teruaki Hasegawa
    • H01R13627
    • H01R13/639H01R13/641
    • A detecting member 40 is attached within a female electrical connector housing 20 in a manner whereby it is capable of moving in a width-wise direction. A contacting face 47 of a detecting protrusion 46 of a detecting arm 45 makes contact with a locking arm 26 when this locking arm 16 is in a free state prior to two housings 10 and 20 being fitted together, this contact regulating the movement of the detecting member 40. When the two housings 10 an 20 are being fitted together, the contact face 47 of the stopper arm 45, and a side face 53 of a main body 41 make contact with a side face 51 of the bent locking arm 26, thereby regulating the movement of the detecting member 40. After correct fitting is completed, the locking arm 26 returns to its original position. Consequently, the contacting state of the stopper arm 45 and the main body 41 with the side face 51 is released, thereby allowing the detecting member 40 to be moved to a position indicating correct fitting of the housings 10, 20.
    • 检测部件40以能够沿宽度方向移动的方式安装在阴电连接器壳体20内。 检测臂45的检测突起46的接触面47在两个壳体10和20被装配在一起之前当该锁定臂16处于自由状态时与锁定臂26接触,该触点调节检测的运动 当两个壳体10,20嵌合在一起时,止动臂45的接触面47和主体41的侧面53与弯曲的锁定臂26的侧面51接触,从而 调节检测构件40的运动。在正确的装配完成之后,锁定臂26返回其初始位置。 因此,止动臂45和主体41与侧面51的接触状态被释放,从而允许检测构件40移动到指示壳体10,20的正确配合的位置。
    • 9. 发明申请
    • CARRIER RECOVERING APPARATUS AND CARRIER RECOVERING METHOD
    • 载波恢复装置和载波恢复方法
    • US20100158090A1
    • 2010-06-24
    • US12279933
    • 2007-12-06
    • Teruaki HasegawaYoshikazu HayashiYousuke Kimura
    • Teruaki HasegawaYoshikazu HayashiYousuke Kimura
    • H04L7/00H04B3/46
    • H04L27/3836
    • A carrier recovering apparatus, in which degradation of the demodulation performance caused when a pilot signal cannot be normally received is suppressed, includes a rotation calculator for multiplying a baseband signal and an oscillation signal and outputting a multiplied signal; a pilot signal extractor for extracting a pilot signal from the signal output from the rotation calculator; an error detection controller for outputting a phase error between the pilot signal and a reference signal as a value restricted within a given range; a loop filter for smoothing the phase error output from the error detection controller and outputting the smoothed phase error; and a variable frequency oscillator for generating a signal in accordance with the output of the loop filter and outputting the generated signal as the oscillation signal.
    • 抑制导频信号不能正常接收时的解调性能的劣化被抑制的载波恢复装置包括用于将基带信号和振荡信号相乘并输出相乘的信号的旋转计算器; 导频信号提取器,用于从旋转计算器输出的信号中提取导频信号; 误差检测控制器,用于将导频信号和参考信号之间的相位误差作为限制在给定范围内的值输出; 用于平滑来自误差检测控制器的相位误差输出并输出平滑的相位误差的环路滤波器; 以及可变频率振荡器,用于根据环路滤波器的输出产生信号并输出​​所生成的信号作为振荡信号。
    • 10. 发明申请
    • Apparatus and method for digital modulation
    • 数字调制装置及方法
    • US20050238115A1
    • 2005-10-27
    • US11115112
    • 2005-04-27
    • Teruaki HasegawaTakaaki Konishi
    • Teruaki HasegawaTakaaki Konishi
    • H04L27/20H04B1/04H04L27/36
    • H04L27/362
    • A first interpolation section 14 and a second interpolation section 24 perform sampling on input data Id4 and Qd4 having a sampling frequency fover so that resulting data will have a sampling frequency fsamp, which is equal to an operating clock frequency of a digital-to-analog converter, which is an output destination. In the above manner, the data is interpolated. At this time, the first interpolation section 14 and the second interpolation section 24 perform interpolation using a frequency ratio between the sampling frequency fover and the sampling frequency fsamp. Then,output data Id5 and Qd5 having the sampling frequency fsamp is outputted to a quadrature modulation section 31.
    • 第一内插部分14和第二内插部分24对具有采样频率fover的输入数据Id 4和Qd 4执行采样,使得所得到的数据将具有采样频率fsamp,该采样频率fsamp等于数字到 -analog转换器,它是一个输出目标。 以上述方式,内插数据。 此时,第一内插部14和第二内插部24使用采样频率fover和采样频率fsamp之间的频率比进行插值。 然后,具有采样频率fsamp的输出数据Id 5和Qd 5输出到正交调制部分31。