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    • 1. 发明授权
    • Mobile radio apparatus
    • 移动无线电设备
    • US07436364B2
    • 2008-10-14
    • US10576449
    • 2004-10-06
    • Tomoaki NishikidoYutaka SaitoHiroshi HarukiYoshio KoyanagiKiyoshi Egawa
    • Tomoaki NishikidoYutaka SaitoHiroshi HarukiYoshio KoyanagiKiyoshi Egawa
    • H01Q1/24
    • H01Q1/243
    • A mobile radio apparatus that achieves high radiation efficiency in various usage states of a foldable mobile radio apparatus without causing negative impact on communication, and that can realize a thin model. In this mobile radio apparatus that is foldable and that has a mechanism joining a first case and second case at a hinge part and allowing the mobile radio apparatus to open and close, flat conductor (104), flat conductor (106) and flat conductor (107) that are placed distant from flat conductor (104) are placed in the first case, gravity sensor (122) detects an inclination angle of the mobile radio apparatus to judge the usage state of the mobile radio apparatus, and control section (123) controls high frequency switch (112) according to the inclination angle and supplies power selectively to flat conductor (106) and flat conductor (107). Furthermore, power is constantly supplied to flat conductor (104) during communication at a different phase from the phase power is supplied to flat conductor (106) or flat conductor (107).
    • 一种移动无线电设备,其在可折叠移动无线电设备的各种使用状态下实现高辐射效率,而不会对通信造成负面影响,并且可以实现薄型模型。 在这种可折叠的移动无线电设备中,具有在铰链部分处连接第一壳体和第二壳体并允许移动无线电设备打开和关闭的机构,扁平导体(104),扁平导体(106)和扁平导体( 重力传感器122检测移动无线电设备的倾斜角度以判断移动无线电设备的使用状态,以及控制部分123, 根据倾斜角度控制高频开关(112),并且选择性地向扁平导体(106)和扁平导体(107)供电。 此外,在相位功率被提供给扁平导体(106)或扁平导体(107)的不同相位的通信期间,电力一直被提供给扁平导体(104)。
    • 2. 发明申请
    • Mobile radio apparatus
    • 移动无线电设备
    • US20070080872A1
    • 2007-04-12
    • US10576449
    • 2004-10-06
    • Tomoaki NishikidoYutaka SaitoHiroshi HarukiYoshio KoyanagiKiyoshi Egawa
    • Tomoaki NishikidoYutaka SaitoHiroshi HarukiYoshio KoyanagiKiyoshi Egawa
    • H01Q1/24
    • H01Q1/243
    • A mobile radio apparatus that achieves high radiation efficiency in various usage states of a foldable mobile radio apparatus without causing negative impact on communication, and that can realize a thin model. In this mobile radio apparatus that is foldable and that has a mechanism joining a first case and second case at a hinge part and allowing the mobile radio apparatus to open and close, flat conductor (104), flat conductor (106) and flat conductor (107) that are placed distant from flat conductor (104) are placed in the first case, gravity sensor (122) detects an inclination angle of the mobile radio apparatus to judge the usage state of the mobile radio apparatus, and control section (123) controls high frequency switch (112) according to the inclination angle and supplies power selectively to flat conductor (106) and flat conductor (107). Furthermore, power is constantly supplied to flat conductor (104) during communication at a different phase from the phase power is supplied to flat conductor (106) or flat conductor (107).
    • 一种移动无线电设备,其在可折叠移动无线电设备的各种使用状态下实现高辐射效率,而不会对通信造成负面影响,并且可以实现薄型模型。 在这种可折叠的移动无线电设备中,具有在铰链部分处接合第一壳体和第二壳体并允许移动无线电设备打开和关闭的机构,扁平导体(104),扁平导体(106)和扁平导体( 重力传感器122检测移动无线电设备的倾斜角度以判断移动无线电设备的使用状态,以及控制部分123, 根据倾斜角度控制高频开关(112),并且选择性地向扁平导体(106)和扁平导体(107)供电。 此外,在相位功率被提供给扁平导体(106)或扁平导体(107)的不同相位的通信期间,电力一直被提供给扁平导体(104)。
    • 3. 发明授权
    • Portable wireless device
    • 便携式无线设备
    • US07453405B2
    • 2008-11-18
    • US11597706
    • 2005-05-24
    • Tomoaki NishikidoYutaka SaitoYoshio KoyanagiKiyoshi Egawa
    • Tomoaki NishikidoYutaka SaitoYoshio KoyanagiKiyoshi Egawa
    • H01Q1/24H01Q1/38H01Q21/00
    • H01Q9/0407H01Q1/242H01Q1/243H01Q3/24H01Q9/40H04B7/0602H04B7/0802
    • A portable wireless device realizing high-speed transmission in downlink communication in a used state that a foldable portable wireless device is held in a hand of the user and ensuring a high antenna radiation efficiency. In the portable wireless device, platy conductors (1, 3, 4) are arranged in the longitudinal direction on the back of a display section (35) of an upper case (5). The signal of a transmission circuit (25) is distributed by a power distributor (18). One signal is fed to a platy conductor (1) through a phase shifter (17) and the other is fed to the platy conductor (3) or the platy conductor (4) from a high-frequency switch (19) through a transmission/reception duplexer (20) or a transmission/reception duplexer (21). The high-frequency switch (19) selectively feeds power to either the platy conductor (3) or the platy conductor (4) according to the signal from a gravity sensor (26). The received signal is extracted by the transmission/reception duplexers (20, 21), amplified by a receiving circuit (22) and a receiving circuit (23), and multiplied by a predetermined weight coefficient by a demodulating section (24) and combined.
    • 一种便携式无线装置,其在使用状态下实现下行链路通信中的高速传输,使得可折叠的便携式无线装置保持在用户的手中并确保高的天线辐射效率。 在便携式无线装置中,板状导体(1,3,4)沿纵向布置在上壳体(5)的显示部分(35)的背面。 传输电路(25)的信号由电力分配器(18)分配。 一个信号通过移相器(17)馈送到板状导体(1),另一个信号通过变速器(17)从高频开关(19)馈送到板状导体(3)或板状导体(4) 接收双工器(20)或发送/接收双工器(21)。 根据来自重力传感器(26)的信号,高频开关(19)有选择地向板状导体(3)或板状导体(4)供电。 接收信号由发送/接收双工器(20,21)提取,由接收电路(22)和接收电路(23)放大,并由解调部分(24)乘以预定的权重系数并进行组合。
    • 4. 发明申请
    • Portable Wireless Device
    • 便携式无线设备
    • US20070216584A1
    • 2007-09-20
    • US11597706
    • 2005-05-24
    • Tomoaki NishikidoYutaka SaitoYoshio KoyanagiKiyoshi Egawa
    • Tomoaki NishikidoYutaka SaitoYoshio KoyanagiKiyoshi Egawa
    • H01Q1/24
    • H01Q9/0407H01Q1/242H01Q1/243H01Q3/24H01Q9/40H04B7/0602H04B7/0802
    • A portable wireless device realizing high-speed transmission in downlink communication in a used state that a foldable portable wireless device is held in a hand of the user and ensuring a high antenna radiation efficiency. In the portable wireless device, platy conductors (1, 3, 4) are arranged in the longitudinal direction on the back of a display section (35) of an upper case (5). The signal of a transmission circuit (25) is distributed by a power distributor (18). One signal is fed to a platy conductor (1) through a phase shifter (17) and the other is fed to the platy conductor (3) or the platy conductor (4) from a high-frequency switch (19) through a transmission/reception duplexer (20) or a transmission/reception duplexer (21). The high-frequency switch (19) selectively feeds power to either the platy conductor (3) or the platy conductor (4) according to the signal from a gravity sensor (26). The received signal is extracted by the transmission/reception duplexers (20, 21), amplified by a receiving circuit (22) and a receiving circuit (23), and multiplied by a predetermined weight coefficient by a demodulating section (24) and combined.
    • 一种便携式无线装置,其在使用状态下实现下行链路通信中的高速传输,使得可折叠的便携式无线装置保持在用户的手中并确保高的天线辐射效率。 在便携式无线装置中,板状导体(1,3,4)沿纵向布置在上壳体(5)的显示部分(35)的背面。 传输电路(25)的信号由电力分配器(18)分配。 一个信号通过移相器(17)馈送到板状导体(1),另一个信号通过变速器(17)从高频开关(19)馈送到板状导体(3)或板状导体(4) 接收双工器(20)或发送/接收双工器(21)。 根据来自重力传感器(26)的信号,高频开关(19)有选择地向板状导体(3)或板状导体(4)供电。 接收信号由发送/接收双工器(20,21)提取,由接收电路(22)和接收电路(23)放大,并由解调部分(24)乘以预定的权重系数并进行组合。
    • 7. 发明申请
    • PORTABLE RADIO
    • 便携式无线电
    • US20100111143A1
    • 2010-05-06
    • US11721117
    • 2005-12-05
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • H04L5/16H04K1/10
    • H01Q3/24H01Q1/242H01Q1/243H01Q9/32H01Q21/06
    • A portable wireless unit capable of ensuring high speed, large capacity communication by lowering the correlation coefficient between antennas under various use states of a user. An antenna element (1) is arranged outside from the upper end of a case (4) on the side opposite to the display section (23) of the case, an antenna element (2) is arranged in parallel with and on the same side of the antenna element (1) while spaced apart in the width direction, and an antenna element (3) is arranged in parallel with the antenna element (1) from the display section (23) side spaced apart from the antenna element (1) in the thickness direction. The antenna element (1) is connected with a transmitter/receiver (14), and any one of the antenna element (2) or (3) is selected by controlling a high frequency switch (11) by angle information from a gravity sensor (22) and connected with the transmitter/receiver (14). A receiving signal is amplified by receiving circuits (18, 19) through the transmitter/receiver (14, 15) and then separated at a demodulating section (20) thus extracting reception information.
    • 一种能够通过降低用户的各种使用状态下的天线之间的相关系数来确保高速大容量通信的便携式无线单元。 天线元件(1)从壳体(4)的与壳体的显示部分(23)相反的一侧的上端设置在外侧,天线元件(2)平行布置在同一侧 天线元件(1)在沿宽度方向间隔开的同时,天线元件(3)与天线元件(1)平行布置,与天线元件(1)间隔开的显示部分(23)侧, 在厚度方向。 天线元件(1)与发射机/接收机(14)连接,并且通过使用来自重力传感器的角度信息(11)控制高频开关(11)来选择天线元件(2)或(3)中的任何一个 22)并与发射机/接收机(14)连接。 接收信号经由发送器/接收器(14,15)被接收电路(18,19)放大,然后在解调部分(20)处分离,从而提取接收信息。
    • 8. 发明申请
    • Collapsable Portable Wireless Unit
    • 可折叠便携式无线单元
    • US20080018542A1
    • 2008-01-24
    • US11587378
    • 2005-04-25
    • Yukari YamazakiYutaka SaitoYoshio KoyanagiHiroshi KatayamaTomoaki Nishikido
    • Yukari YamazakiYutaka SaitoYoshio KoyanagiHiroshi KatayamaTomoaki Nishikido
    • H01Q1/22
    • H01Q9/0435H01Q1/243H01Q9/40
    • A collapsable portable wireless unit (100) comprises an upper case (101) and a lower case (102) coupled through a hinge member (103) to open/close freely. A planar conductor (105) is arranged on the upper case (101). First and second power supply sections (111, 112, 103) are arranged on the planar conductor (105) at a specified interval. A harmonic signal distributor (120) is arranged on a circuit board (110) provided in the lower case (102) and distributes a harmonic signal to the first and second power supply sections (111, 112, 103). A phase shifter (121) sets the exciting phase of the harmonic signal in the second power supply sections (112, 103) at a value different from that of the exciting phase of the harmonic signal in the first power supply sections (111, 103).
    • 可折叠便携式无线单元(100)包括通过铰链构件(103)联接以自由打开/关闭的上壳体(101)和下壳体(102)。 平面导体(105)布置在上壳体(101)上。 第一和第二电源部分(111,112,103)以指定的间隔布置在平面导体(105)上。 谐波信号分配器(120)布置在设置在下壳体(102)中的电路板(110)上,并将谐波信号分配给第一和第二电源部分(111,112,103)。 移相器(121)将第二电源部(112,103)中的谐波信号的励磁相位设定为与第一电源部(111,103)中的谐波信号的励磁相位不同的值, 。
    • 9. 发明授权
    • Portable wireless apparatus
    • 便携式无线设备
    • US07616161B2
    • 2009-11-10
    • US11915817
    • 2006-02-07
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • H01Q1/24
    • H01Q1/243H01Q5/378H01Q9/28H01Q9/285H04B1/0053
    • A portable wireless apparatus has an antenna capable of resonating in frequency bands of various communication systems. The portable wireless apparatus comprises an upper case 5; a lower case 4 pivotably connected to the upper case 5; a circuit board 1 formed with wireless circuits 14 to 18 and a grounded planar conductor electrically connected to one ends of the wireless circuits 14 to 18; a planar conductor 2 provided in the upper case 5 and having a feed section electrically connected to the other ends of the wireless circuits 14 to 18; and a conductive element 3 provided in the upper case 5 and spaced from the planar conductor 2, the conductive element 3 having a length different from the length of the planar conductor 2 wherein the planar conductor 2 and the grounded planar conductor function as a dipole antenna, and the conductive element 3 functions as a parasitic element electromagnetically coupled with the dipole antenna.
    • 便携式无线装置具有能够在各种通信系统的频带中共振的天线。 便携式无线装置包括上壳体5; 可枢转地连接到上壳体5的下壳体4; 形成有无线电路14至18的电路板1和电连接到无线电路14至18的一端的接地平面导体; 设置在上壳体5中并具有与无线电路14至18的另一端电连接的馈电部分的平面导体2; 以及设置在上壳体5中并与平面导体2间隔开的导电元件3,导电元件3具有与平面导体2的长度不同的长度,其中平面导体2和接地平面导体用作偶极天线 ,并且导电元件3用作与偶极天线电磁耦合的寄生元件。
    • 10. 发明申请
    • PORTABLE WIRELESS APPARATUS
    • 便携式无线电设备
    • US20090096682A1
    • 2009-04-16
    • US11915817
    • 2006-02-07
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • Tomoaki NishikidoYutaka SaitoYoshio Koyanagi
    • H01Q1/24
    • H01Q1/243H01Q5/378H01Q9/28H01Q9/285H04B1/0053
    • A portable wireless apparatus has an antenna capable of resonating in frequency bands of various communication systems. The portable wireless apparatus comprises an upper case 5; a lower case 4 pivotably connected to the upper case 5; a circuit board 1 formed with wireless circuits 14 to 18 and a grounded planar conductor electrically connected to one ends of the wireless circuits 14 to 18; a planar conductor 2 provided in the upper case 5 and having a feed section electrically connected to the other ends of the wireless circuits 14 to 18; and a conductive element 3 provided in the upper case 5 and spaced from the planar conductor 2, the conductive element 3 having a length different from the length of the planar conductor 2 wherein the planar conductor 2 and the grounded planar conductor function as a dipole antenna, and the conductive element 3 functions as a parasitic element electromagnetically coupled with the dipole antenna.
    • 便携式无线装置具有能够在各种通信系统的频带中共振的天线。 便携式无线装置包括上壳体5; 可枢转地连接到上壳体5的下壳体4; 形成有无线电路14至18的电路板1和电连接到无线电路14至18的一端的接地平面导体; 设置在上壳体5中并具有与无线电路14至18的另一端电连接的馈电部分的平面导体2; 以及设置在上壳体5中并与平面导体2间隔开的导电元件3,导电元件3具有与平面导体2的长度不同的长度,其中平面导体2和接地平面导体用作偶极天线 ,并且导电元件3用作与偶极天线电磁耦合的寄生元件。