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    • 2. 发明授权
    • Wound-rotor transformer and power source device using said wound-rotor transformer
    • 绕线转子变压器和使用所述绕线转子变压器的电源装置
    • US07015784B2
    • 2006-03-21
    • US10758004
    • 2004-01-16
    • Kazuo Kohno
    • Kazuo Kohno
    • H01F27/28
    • H01F27/325H01F5/04H01F38/10H05B41/2822
    • An object of the present invention is to materialize a small size wound-rotor transformer in a simple structure, wherein the primary winding 32 is mounted on the central portion of the bobbin (insulator) 2, and the first and second secondary windings 39, 41 are mounted at both sides of the primary winding 32. The lead wire 39a of one end of the first secondary winding is connected to the secondary high tension terminal 24 of the first terminal unit 16, and the lead wire 32a of one end of the primary winding 32 and the lead wire 39b of end portion of the winding at the side in contact with the primary winding 32 of the first secondary winding 39 are respectively connected to the corresponding primary input terminal 22 and the ground terminal 20 of the first terminal unit 16. The lead wire 41b of one end of the second secondary winding 41 is connected to the secondary high tension terminal 30 of the second terminal unit, and the lead wire 32a of the other end of the primary winding 32 and the lead wire 41a of the end portion of the winding at the side in contact with the primary winding 32 of the second secondary winding 41 are respectively connected to the corresponding primary input terminal 28 and the ground terminal 26 of the second terminal unit 18. The core 42 is mounted on the bobbin (insulator) 2.
    • 本发明的目的是以简单的结构实现小型绕线转子变压器,其中初级绕组32安装在线轴(绝缘体)2的中心部分上,第一和第二次级绕组39,41 安装在初级绕组32的两侧。 第一次级绕组的一端的引线39a连接到第一端子单元16的次级高压端子24,并且初级绕组32的一端的引线32a和导线39b的引线 在与第一次级绕组39的初级绕组32接触的一侧的绕组的端部分别连接到第一端子单元16的对应的主输入端子22和接地端子20。 第二次级绕组41的一端的引线41a连接到第二端子单元的次级高压端子30,并且初级绕组32的另一端和引线41a的引线32a 在与第二次级绕组41的初级绕组32接触的一侧的绕组的端部分别连接到第二端子单元18的对应的主输入端子28和接地端子26。 芯42安装在线轴(绝缘体)2上。
    • 3. 发明授权
    • Underground or underwater antennas
    • 地下或水下天线
    • US6154179A
    • 2000-11-28
    • US179867
    • 1998-10-28
    • Kazuo Kohno
    • Kazuo Kohno
    • H01Q1/04H01Q1/34H01Q9/28H01Q13/02H01Q19/06
    • H01Q9/285H01Q1/04H01Q1/34H01Q13/02H01Q19/06H01Q9/28
    • A high dielectric is fixed to the side of an opening of a casing made from a good electroconductive material or is fixed to the side of an opening of an outer shell made from an insulator such as ferrite, and an antenna element is fixed on the back surface of the high dielectric. A material body, which has a small relative dielectric constant such as air is stored in the casing or the outer shell. The antenna element is sandwiched between the material body having the small relative dielectric constant and the high dielectric. The high dielectric is formed from a material having a relative dielectric constant that is close to the relative dielectric constant of a medium material such as clay, sand, water and the like in the underground or the underwater. When the electromagnetic wave is transmitted to the underground or the underwater or the electromagnetic wave is received from the underground or the underwater, the casing or the outer shell is buried in the underground or the underwater or is caused to approach the underground or the underwater.
    • 高电介质被固定在由良好的导电材料制成的壳体的开口侧,或者固定在由诸如铁氧体的绝缘体制成的外壳的开口的一侧,天线元件固定在背面 表面的高电介质。 具有小的相对介电常数如空气的材料体被储存在壳体或外壳中。 天线元件被夹在具有小相对介电常数的材料体和高电介质之间。 高电介质由具有相当介电常数的材料形成,该介电常数接近地下或水下介质材料如粘土,沙子,水等的相对介电常数。 当电磁波传输到地下或水下或电磁波从地下或水下接收时,壳体或外壳被埋在地下或水下或被迫接近地下或水下。
    • 4. 发明申请
    • Wound-rotor type transformer and power source utilizing wound-rotor type transformer
    • 绕线转子式变压器和绕线转子式变压器电源
    • US20070030109A1
    • 2007-02-08
    • US11581578
    • 2006-10-17
    • Kazuo Kohno
    • Kazuo Kohno
    • H01F27/30
    • H01F38/10H01F27/2828H01F27/326H01F38/42
    • An object of this invention is to enhance insulating properties between the terminals provided at both terminals of the secondary windings of the wound-rotor type transformer, and to drive the wound-rotor transformer safely, and the primary windings 110, secondary windings M1, M2 are mounted on the bobbins inserted with the bobbins. The terminal base 1 is provided at the side where the high tension terminals of the bobbins 102, 104 are disposed, and The first terminals S1, S2, S3 and S4 connected to the one terminals of the primary windings M1, M2 are mounted on the terminal base 1 at the side where the high tension terminals are disposed. The second terminals A, B connected to the other terminals of the secondary windings M1, M2 mounted on the bobbins 102, 104 are mounted at the side where the rearward low tension terminals are disposed at the side where the high tension terminals of the bobbins 102, 104 at a predetermined distance. The second terminals A, B are used as the ground terminals. The power source device is constructed to drive the lamps such as the cold cathode type-fluorescent lamps with the high tension output at the secondary side of the above-noted wound-rotor type transformer, and the primary windings 110 are connected to the AC signal output circuit, and the second terminals A, B are earthed, and the first terminals S1, S2, S3, S4 are connected to the lamps such as the cold cathode type fluorescent lamps.
    • 本发明的目的是提高在绕线转子式变压器的次级绕组的两端设置的端子之间的绝缘性能,并且安全地驱动卷绕转子变压器,并且初级绕组110,次级绕组M1, M 2安装在与筒管插入的筒管上。 端子座1设置在线架102,104的高压端子的一侧,与初级绕组M 1的一个端子连接的第一端子S1,S2,S3和S4, M 2安装在端子台1上,在高压端子配置的一侧。 连接到安装在线轴102,104上的次级绕组M 1,M 2的另一个端子的第二端子A,B安装在后侧低压端子设置在侧面的高压端子侧 线轴102,104在预定距离处。 第二端子A,B用作接地端子。 电源装置被构造成在上述绕线转子型变压器的次级侧驱动诸如具有高压输出的冷阴极型荧光灯的灯,并且初级绕组110连接到AC信号 输出电路,第二端子A,B接地,第一端子S 1,S 2,S 3,S 4与冷阴极型荧光灯等灯连接。
    • 5. 发明申请
    • Wound-rotor type transformer and power source utilizing wound-rotor type transformer
    • 绕线转子式变压器和绕线转子式变压器电源
    • US20050280492A1
    • 2005-12-22
    • US11122122
    • 2005-05-05
    • Kazuo Kohno
    • Kazuo Kohno
    • H01F27/28H01F27/32H01F38/10H01F38/42H05B41/282H01F27/02
    • H01F38/10H01F27/2828H01F27/326H01F38/42
    • An object of this invention is to enhance insulating properties between the terminals provided at both terminals of the secondary windings of the wound-rotor type transformer, and to drive the wound-rotor transformer safely, and the primary windings 110, secondary windings M1, M2 are mounted on the bobbins inserted with the bobbins. The terminal base 1 is provided at the side where the high tension terminals of the bobbins 102, 104 are disposed, and The first terminals S1, S2, S3 and S4 connected to the one terminals of the primary windings M1, M2 are mounted on the terminal base 1 at the side where the high tension terminals are disposed. The second terminals A, B connected to the other terminals of the secondary windings M1, M2 mounted on the bobbins 102, 104 are mounted at the side where the rearward low tension terminals are disposed at the side where the high tension terminals of the bobbins 102, 104 at a predetermined distance. The second terminals A, B are used as the ground terminals. The power source device is constructed to drive the lamps such as the cold cathode type fluorescent lamps with the high tension output at the secondary side of the above-noted wound-rotor type transformer, and the primary windings 110 are connected to the AC signal output circuit, and the second terminals A, B are earthed, and the first terminals S1, S2, S3, S4 are connected to the lamps such as the cold cathode type fluorescent lamps.
    • 本发明的目的是提高在绕线转子式变压器的次级绕组的两端设置的端子之间的绝缘性能,并且安全地驱动卷绕转子变压器,并且初级绕组110,次级绕组M1, M 2安装在与筒管插入的筒管上。 端子座1设置在线架102,104的高压端子的一侧,与初级绕组M 1的一个端子连接的第一端子S1,S2,S3和S4, M 2安装在端子台1上,在高压端子配置的一侧。 连接到安装在线轴102,104上的次级绕组M 1,M 2的另一个端子的第二端子A,B安装在后侧低压端子设置在侧面的高压端子侧 线轴102,104在预定距离处。 第二端子A,B用作接地端子。 电源装置被构造成在上述绕线转子式变压器的次级侧驱动诸如具有高压输出的冷阴极型荧光灯的灯,并且初级绕组110连接到AC信号输出 电路,第二端子A,B接地,第一端子S1,S2,S3,S4连接到诸如冷阴极型荧光灯的灯。
    • 6. 发明申请
    • Drive circuit for illumination unit
    • 照明单元驱动电路
    • US20050099143A1
    • 2005-05-12
    • US10968041
    • 2004-10-20
    • Kazuo Kohno
    • Kazuo Kohno
    • H05B41/14H05B41/231H05B41/282H05B41/16
    • H05B41/2822
    • In case of driving a plurality of lamps with the use of a plurality of output transformers, difference in the brightness of each lamp occurs by a dispersion of characteristics of the output transformers, and an object of this invention is to prevent such troubles. For this purpose, primary side of a plurality of output transformers of 1 input.plural output type are respectively connected, and illumination units are connected to the secondary side of each output transformer. All of the secondary output terminals of each output transformer are connected to the secondary output terminals of counter phase are connected by forming a loop circuit with the connection of the output terminals in series in closed loom form and the illumination units are connected between the secondary output terminals of the output transformer and the output terminal of the other output transformer of counter phase with the output terminal.
    • 在使用多个输出变压器驱动多个灯的情况下,通过输出变压器的特性的分散发生每个灯的亮度差异,并且本发明的目的是防止这种问题。 为此,分别连接1个输入输出型的多个输出变压器的初级侧,照明单元连接到每个输出变压器的次级侧。 每个输出变压器的所有次级输出端子连接到计数器相位的次级输出端子通过形成一个环路电路连接,输出端子以闭合织机的形式串联连接,并且照明单元连接在次级输出端 输出变压器的端子和与输出端子相反的另一个输出变压器的输出端子。
    • 7. 发明授权
    • Drive circuit for illumination unit
    • 照明单元驱动电路
    • US07166969B2
    • 2007-01-23
    • US10968041
    • 2004-10-20
    • Kazuo Kohno
    • Kazuo Kohno
    • F02P3/12H05B37/02H05B39/04H05B41/00H05B41/36
    • H05B41/2822
    • In case of driving a plurality of lamps with the use of a plurality of output transformers, a difference in the bright-ness of each lamp occurs by a dispersion of characteristics of the output transformers, and an object is to prevent such troubles. For this purpose, a primary side of a plurality of output transformers of a one input-plural output type are respectively connected, and illumination units are connected to the secondary side of each output transformer. All of the secondary output terminals of each output transformer are connected to the secondary output terminals of counter phase and are connected by forming a loop circuit with the connection of the output terminals in series in closed loom form. The illumination units are connected between the secondary output terminals of the output transformer and the output terminal of the other output transformer of counter phase with the output terminal.
    • 在使用多个输出变压器驱动多个灯的情况下,通过输出变压器的特性的分散,发生每个灯的亮度差异,并且目的是防止这种故障。 为此,分别连接一个输入多输出类型的多个输出变压器的初级侧,并且照明单元连接到每个输出变压器的次级侧。 每个输出变压器的所有次级输出端子连接到计数器相位的次级输出端子,并通过形成一个环路电路连接,输出端子以封闭的织机形式串联连接。 照明单元连接在输出变压器的次级输出端子和与输出端子相反的另一个输出变压器的输出端子之间。
    • 8. 发明申请
    • Transformers
    • 变形金刚
    • US20060255900A1
    • 2006-11-16
    • US11407241
    • 2006-04-20
    • Kazuo Kohno
    • Kazuo Kohno
    • H01F27/24
    • H01F27/326H01F3/10H01F38/10
    • An object of the present invention is to provide a miniaturized and winding type output transformer suitable for multiple outputs with an excellent efficiency, wherein the I type cores are respectively inserted and disposed in more than two pieces of cylindrical bobbins which are arranged in parallel at a predetermined interval and being mutually coupled, and C type cores are disposed by being piled up in a perpendicular direction relative to the parallel plane at a predetermined interval on the parallel plane of the I type cores, and a magnetic closed circuit is formed by combining the convex portions at both ends of the C type cores to both end portions of the two pieces of the I typecores. Primary windings are mounted on each of the I type cores by means of the bobbins, and secondary windings are mounted in the adjacency of both sides of the primary windings.
    • 本发明的目的是提供一种适用于具有优异效率的多个输出的小型化和绕组式输出变压器,其中I型磁芯分别插入和放置在多于两个的圆柱形线轴上,该两个圆筒形线轴平行布置在 预定间隔并相互耦合,并且C型芯通过在I型芯的平行平面上以预定间隔相对于平行平面垂直的方向堆叠布置,并且通过将I型芯的并联平面 C型芯的两端的凸部到两个I型夹的两端部。 初级绕组通过线轴安装在每个I型芯上,次级绕组安装在初级绕组两侧的邻近处。
    • 9. 发明申请
    • Back light illuminating unit
    • 背光照明单元
    • US20050047173A1
    • 2005-03-03
    • US10494780
    • 2003-01-27
    • Kazuo Kohno
    • Kazuo Kohno
    • F21V8/00G02F1/13357G02F1/1335
    • G02B6/009G02B6/0071G02B6/0083G02F1/133604G02F1/133608
    • A frame disposed on the rear side of a liquid crystal unit (2) has in the front surface sheet thereof an opening almost the size of the liquid crystal unit (2), and is constituted so that a translucent optical diffusion sheet is tensely provided on the opening in a thin-box-form. An inverter printed board (14) provided with an inverter circuit (16) and a cold cathode (22) are integrally coupled to this frame directly or indirectly via a retainer to unitize the frame, the inverter circuit (16) and the cold cathode (22). The electrode lead wire of the cold cathode (22) is connected to the high-voltage output terminal of the inverter circuit (16). A connector (20) for connection to an external wiring is fixed to the inverter printed board (14) or the frame to supply electricity to the inverter circuit (16) via the connector (20) and apply high voltage to the electrode of the cold cathode (22) from the inverter circuit (16). Accordingly, a liquid crystal display-use back light illuminating device can be reduced in size and thickness to enhance safety and reliability at assembling.
    • 设置在液晶单元(2)的后侧的框架在其前表面片上具有几乎为液晶单元(2)的尺寸的开口,并且被构造成使得半透明的光漫射片被紧密地设置在 开幕式以薄盒形式出现。 设置有逆变器电路(16)和冷阴极(22)的逆变器印刷电路板(14)通过保持器直接或间接地一体地联接到该框架,以将框架,逆变器电路(16)和冷阴极 22)。 冷阴极(22)的电极引线与逆变器电路(16)的高电压输出端子连接。 用于连接到外部布线的连接器(20)固定到逆变器印刷电路板(14)或框架上,以经由连接器(20)向逆变器电路(16)供电,并向冷电极施加高电压 来自逆变器电路(16)的阴极(22)。 因此,可以减小液晶显示用背光照明装置的尺寸和厚度,以提高组装时的安全性和可靠性。
    • 10. 发明授权
    • Wound-rotor transformer and power source device using said wound-rotor transformer
    • 绕线转子变压器和使用所述绕线转子变压器的电源装置
    • US07129813B2
    • 2006-10-31
    • US11320671
    • 2005-12-30
    • Kazuo Kohno
    • Kazuo Kohno
    • H01F27/28
    • H01F27/325H01F5/04H01F38/10H05B41/2822
    • A small size wound rotor transformer having a simple structure, wherein the primary winding (32) is mounted on the central portion of a bobbin (insulator) (2), and the first and second secondary windings (39, 41) are mounted at both sides of the primary winding (32). The lead wire (39a) of one end of the first secondary winding is connected to the secondary high tension terminal (24) of the first terminal unit (16), and the lead wire (32a) of one end of the primary winding (32) and the lead wire (39b) of an end portion of the winding at the side in contact with the primary winding (32) of the first secondary winding (39) are respectively connected to the corresponding primary input terminal (22) and the ground terminal (20) of the first terminal unit (16). The lead wire (41b) of one end of the second secondary winding (41) is connected to the secondary high tension terminal (30) of the second terminal unit, and the lead wire (32a) of the other end of the primary winding (32) and the lead wire (41a) of the end portion of the winding at the side in contact with the primary winding (32) of the second secondary winding (41) are respectively connected to the corresponding primary input terminal (28) and the ground terminal (26) of the second terminal unit (18). The core (42) is mounted on the bobbin (insulator) (2).
    • 一种具有简单结构的小型绕线转子变压器,其中初级绕组(32)安装在线轴(绝缘体)(2)的中心部分上,第一和第二次级绕组(39,41)安装在两个 初级绕组(32)的侧面。 第一次级绕组的一端的引线(39a)连接到第一端子单元(16)的次级高压端子(24),并且初级绕组的一端的引线(32a) (32)和所述绕组的与所述第一次级绕组(39)的初级绕组(32)接触的一侧的端部的引线(39b)分别连接到相应的主输入端子(22) 和第一端子单元(16)的接地端子(20)。 第二次级绕组(41)的一端的引线(41a)连接到第二端子单元的次级高压端子(30),并且初级端子的另一端的引线(32a) 在与第二次级绕组(41)的初级绕组(32)接触的一侧的绕组的端部的绕组(32)和引线(41a)分别连接到相应的主输入端子(28) )和第二终端单元(18)的接地端子(26)。 芯(42)安装在线轴(绝缘体)(2)上。