CN201252294Y - SUPER-USB connecting device provided with load power supply terminal - Google Patents

SUPER-USB connecting device provided with load power supply terminal Download PDF

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Publication number
CN201252294Y
CN201252294Y CNU2008200958877U CN200820095887U CN201252294Y CN 201252294 Y CN201252294 Y CN 201252294Y CN U2008200958877 U CNU2008200958877 U CN U2008200958877U CN 200820095887 U CN200820095887 U CN 200820095887U CN 201252294 Y CN201252294 Y CN 201252294Y
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China
Prior art keywords
power supply
super
supply terminal
terminal
load power
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CNU2008200958877U
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Chinese (zh)
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黄金富
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黄金富
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Abstract

A SUPER-USB connecting device provided with load power supply terminal is mainly used in transmitting communication signals and transmitting a power supply between host machines such as computers and the like and external devices. The connecting device comprises a SUPER-USB socket (1), wherein the SUPER-USB socket (1) is provided with a plurality of conduction terminals which comprise power supply terminals (S1 and S4), signal terminals (S2 and S3) and load power supply terminals (S5 and S6), wherein the power supply terminals (S1 and S4) and the signal terminals (S2 and S3) are completely the same with connecting pins of a standard USBA type socket, the load power supply terminal (S5) is a terminal connected with a load power supply positive pole, the load power supply terminal (S6) is a terminal connected with a load power supply negative pole, and the computers can provide additional load power supply to the external devices and can satisfy the power supply demands of most computer external devices through the SUPER-USB socket (1) of the SUPER-USB connecting device.

Description

设有负载电源端子的SUPER-USB连接装置 With a load power supply terminal SUPER-USB connecting device

【技术领域】 TECHNICAL FIELD

本实用新型涉及一种连接装置,尤其涉及一种设有负载电源端子的SUPER-USB连接装置。 The present invention relates to a connection device, in particular, it relates SUPER-USB connecting device is provided with a load power supply terminal.

【背景4支术】 BACKGROUND four patients]

现时一4殳个人计算机上大多设有通用串行总线(Universal Serial Bus, 简称为"USB" ) , USB除了提供计算机等主机与外部设备的交换数据的总线外,还可通过USB插头和插座向外部设备输出电源, 一些耗电量低的外部设备可以通过USB接线,由USB总线从主机取得5V电源,但是由于标准USB 总线只能提供5V电压和最大0. 5A电流的电源,不足应付部份USB外部设备所需的电源,即使对一些耗电量较低的设备例如喷墨打印机、扫描器等,电源消耗一般都超过10W以上,因而要另设电源供应装置,如何提高USB的主机通过USB总线向外部设备传输电源供应的容量,是一个有待解决的问题。 Shu present on a personal computer 4 is provided with a Universal Serial Bus Most (Universal Serial Bus, abbreviated as "USB"), USB and the like in addition to providing a host computer with an external device for exchanging data bus, also to the USB plug and socket an external device to output power, a number of external devices with low power consumption can be achieved via a USB connection from a host USB 5V power supply bus, but since the standard USB bus only provide 5V supply voltage and maximum current of 0. 5A, insufficient to cope portion USB external devices required power, even if some of the low power consumption devices such as an ink jet printer, a scanner and the like, power consumption is generally more than 10W, and thus to separate the power supply device, how to improve the USB host through the USB the transmission capacity of the bus to an external power supply apparatus, a problem to be solved.

【实用新型内容】 [SUMMARY

本实用新型的目的,在于提供一种设有负载电源端子的SUPER-USB连接装置,除了提供USB总线的数据通讯接线外,还提供额外的负载电源供应, 使计算机等主机可以通过这USB连接装置向USB外部设备提供负载电源供应。 Object of the present invention is to provide a device with a load SUPER-USB connector power supply terminal, in addition to providing data communication connection to the USB bus, but also provides additional load power supply, so that the host computer or the like via this USB connection apparatus provide load power supply to the external USB device.

本实用新型的连接装置是在原来的USB总线的基础上,在USB A型插座上增加连接负载电源的导电端子,使USB主机能通过本实用新型的连接装置向外部设备传输较高功率的电源供应。 The present invention is based on the original connecting device of the USB bus, to increase the conductivity of the load power supply terminal connected USB A-type receptacle on the USB host through the present invention the power supply means is connected to the external device transmitting higher power supply. 此外,本实用新型还加宽USBA型插座上电源端子的宽度来增大USB总线所传送的5V电源的电流。 Further, the present invention also increase the width of the power supply terminal socket USBA to increase the 5V supply current transmitted by the USB bus. 本实用新型的目的是这样实现的,采用这样一种连接装置,主要用于计算机等主机与外部设备传送通讯信号和传输电源供应,其特征在于,所述的 The object of the present invention is achieved, with such a connection device, mainly for transmitting communication signals and transmitting power supply and the external host computer apparatus, wherein said

连接装置包括有Super-USB插座(1),所述的Super-USB插座(1)上设置有多个导电端子,包括有电源端子(SI, S4)、信号端子(S2, S3)、负载电源端子(S5, S6); 其中, Connecting means comprises a Super-USB socket (1), provided with a plurality of conductive terminals (1) Super-USB receptacle comprising a power source terminal (SI, S4), the signal terminals (S2, S3), the power load terminal (S5, S6); wherein

所述的电源端子(SI )是连接电源正极的端子,即"VBUS"; 所述的信号端子(S2)是连接数据线负极的端子,即"D-"; 所述的信号端子(S3)是连接数据线正极的端子,即"D+"; 所述的电源端子(S4)是连接电源地的端子,即"GND"; 所述的负载电源端子(S5)是连接负载电源正极的端子; 所述的负载电源端子(S6)是连接负载电源负极的端子。 Said power supply terminal (SI) is connected to the positive terminal of the power supply, i.e., "VBUS"; said signal terminal (S2) is connected to the negative terminal of the data line, i.e., "D-"; said signal terminal (S3) is a terminal connected to a positive data line, i.e., "D +"; said power source terminal (S4) connected to the power supply terminal is ground, i.e., "GND"; power supply terminal of the load (S5) is connected to the positive power supply terminal of the load; the load power supply terminal (S6) is connected to the negative terminal of the power supply load. 以及, as well as,

所述的Super-USB插座(1 )设有绝缘基座(Bl ),在绝缘基座(Bl ) 内设有方洞(HI ,H2 )和四方管形的金属外壳(CI ),在所述的金属外壳(CI) 内设有绝缘基座(B2),绝缘基座(B2)的四周分别与金属外壳(CI)的内壁留有空间,绝缘基座(B2)的底部设有多个导电端子,包括电源端子(Sl, S4)、信号端子(S2, S3),以及,在所述的方洞(HI)内设有负载电源端子(S5)和在所述的方洞(H2)内设有负载电源端子(S6),以及,金属外壳(C1)与其内容物和负载电源端子(S5, S6)相电绝缘,负载电源端子(S5, S6 )和绝缘基座(Bl, B2 )及金属外壳(Cl)通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插座(1 )能和配对的插头相互插接。 The Super-USB socket (1) is provided with an insulating base (Bl), the insulating base (Bl) equipped with well-hole (HI, H2) and a square tubular metal casing (CI), the a metal shell (CI) equipped with an insulating base (B2), four weeks insulation base (B2) of the inner wall of the metal shell, respectively (CI) leaving a space, a plurality of conductive bottom insulating base (B2) of terminal, including a power supply terminal (Sl, S4), the signal terminals (S2, S3), and, in the square hole (HI) equipped with a load power supply terminal (S5) and the square hole (H2) within with a load power supply terminal (S6), and a metal shell (C1) and its contents and the load power supply terminal (S5, S6) electrically insulated from the load power supply terminal (S5, S6) and an insulating base (Bl, B2) and the metal shell (Cl) by insulating material is secured at a predetermined position to ensure that the Super-USB socket (1) and capable of mating plug connector to each other. 此外, 所述的电源端子(SI, S4 )宽1. 5mm至2ran,比原来标准的USB A型插座的电源端子的宽度大了0. 5mm至lmm,使USB总线可传送更大电流的5V电源。 Further, the power supply terminal (SI, S4) to 1. 5mm wide 2ran, than the original width of the power supply terminals of the standard USB A-type receptacle big 0. 5mm to lmm, so that the USB bus can transmit higher current 5V power supply.

本实用新型的连接装置的Super-USB插座(1),除了增加了负载电源端子和加宽了电源端子(SI, S4)的宽度外,其余的与标准的USB A型插座相同,电源端子(Sl)就是USB插座原来的接脚1 (即USB总线的"VBUS" 接脚),信号端子(S2)就是USB插座原来的接脚2 (即USB总线的"D-,, 接脚),信号端子(S3)就是USB插座原来的接脚3 (即USB总线的"D+" 接脚),电源端子(S4 )就是USB插座原来的接脚4 (即USB总线的"GND" 接脚),它们的定义和功能跟原来的USBA型插座的接脚完全相同,只是增大了电源端子(SI, S4)的宽度来增加供应的5V电源的电流容量。 这样就实现了本实用新型的目的。 The present invention means the Super-USB connector socket (1), in addition to increasing the load power supply terminals and widening the width of the power supply terminal (SI, S4) of, the rest is the same as a standard USB A-type receptacle, a power supply terminal ( SL) is the original USB socket pin 1 (i.e., USB bus "VBUS" pin), the signal terminal (S2) is the original USB socket pin 2 (i.e., USB bus "D- ,, pin), the signal terminal (S3) is a USB receptacle original pin 3 (i.e., USB bus "D +" pin), a power supply terminal (S4) is a USB receptacle original pin 4 (i.e., USB bus "GND" pin), which definition and functionality identical with the original USBA pin socket type, but the width increases power terminal (SI, S4) to increase the current capacity of the power supply of 5V. this realization of the object of the present invention.

本实用新型的优点是计算机可以通过Super-USB插座(1)向外部设备提供更大电流的负载电源,使一些外部设备可以无须另设电源供应器,直接从Super-USB插座(1)取电,可节省电源供应器成本。 The advantage of the present invention may be provided by a computer Super-USB socket (1) to an external device load supply more current, so that some external device may not need a separate power supply, directly from the Super-USB socket (1) to take power , the power supply cost can be saved.

【附图说明】 BRIEF DESCRIPTION

图1是本实用新型的第一实施例的连接装置的Super-USB插座(1 )形1象化立体示意说明图; FIG 1 according to the present invention is a connecting device of a first embodiment of the Super-USB socket (1) shaped like an explanatory view of a schematic perspective view;

图2是本实用新型的第一实施例的连接装置的Super-USB插座(1)的AA剖面说明图; FIG 2 is a connecting device of the present invention in a first embodiment of Super-USB socket (1) is a cross-sectional explanatory view AA;

图3是本实用新型的第一实施例的连接装置的Super-USB插头(2)形^f象化立体示意说明图; FIG 3 of the present invention is the Super-USB connector (2) of the connecting means form a first embodiment of the image ^ f perspective schematic illustration;

图4是本实用新型的第一实施例的连接装置的Super-USB插头(2)的BB剖面说明图; FIG 4 of the present invention is a Super-USB connector (2) of the connecting device according to the first embodiment of a cross-sectional explanatory view BB;

图5是本实用新型的第二实施例的连接装置的Super-USB插座(1)形^f象化立体示意说明图; FIG 5 is a coupling device according to the present invention a second embodiment Super-USB socket (1) shaped like ^ f explanatory view of a schematic perspective view;

图6是本实用新型的第二实施例的连接装置的Super-USB插头(2)形像化立体示意说明图; FIG 6 of the present invention is a Super-USB connector plug device according to a second embodiment (2) a perspective view of a schematic explanatory view image;

图7是本实用新型的第三实施例的连接装置的Super-USB插座(1)形像化立体示意说明图;图8是本实用新型的第三实施例的连接装置的Super-USB插头(2)形像化立体示意说明图; FIG 7 is a third embodiment of the present invention apparatus embodiment Super-USB connector socket (1) a perspective image of a schematic explanatory view; FIG. 8 is a Super-USB connector of the present invention a third embodiment of the connecting device ( 2) a perspective image of a schematic explanatory view;

图9是本实用新型的第四实施例的连接装置的Super-USB插座(1)形像化立体示意说明图; FIG 9 the present invention is the Super-USB socket (1) is connected to a fourth embodiment of the apparatus of a perspective schematic illustration of the image;

图10是本实用新型的第四实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图; FIG 10 according to the present invention is a Super-USB connector (2) is connected to a fourth embodiment of the device according to a perspective schematic illustration of the image;

图11是本实用新型的第五实施例的连接装置的Super-USB插座(1 )形像化立体示意说明图; FIG 11 is a Super-USB socket (1) of the present invention connected to a fifth embodiment of the apparatus of the image of a perspective schematic illustration;

图12是本实用新型的第五实施例的连接装置的Super-USB插座(1 )的CC剖面说明图; FIG 12 is a sectional view CC of Super-USB connector receptacle means (1) of the present invention described in the fifth embodiment of FIG;

图13是本实用新型的第五实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图; FIG 13 is a Super-USB connector plug device of the present invention according to a fifth embodiment (2) a perspective view of a schematic explanatory view image;

图14是本实用新型的第五实施例的连接装置的Super-USB插头(2 )的DD剖面i^明图; FIG 14 according to the present invention is a Super-USB connector (2) of the connecting device according to a fifth embodiment of i ^ DD cross-sectional explanatory view;

图15是本实用新型的第六实施例的连接装置的Super-USB插座(1 )形像化立体示意说明图; FIG 15 is a connecting device of the present invention according to a sixth embodiment of the Super-USB socket (1) a perspective image of a schematic explanatory view;

图16是本实用新型的第六实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图; FIG 16 is a sixth embodiment of the present invention embodiment Super-USB connector plug device (2) a perspective view of a schematic explanatory view image;

图17是本实用新型的第七实施例的连接装置的Super-USB插座(1)形像化立体示意说明图; FIG 17 is a connecting device according to the present invention of the seventh embodiment of the Super-USB socket (1) a perspective image of a schematic explanatory view;

图18是本实用新型的第七实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图; FIG 18 is a Super-USB connector plug means according to the present invention of the seventh embodiment (2) a perspective view of a schematic explanatory view image;

图19是本实用新型的第八实施例的连接装置的Super-USB插座(1)形像化立体示意说明图; FIG 19 is a Super-USB socket (1) of the present invention to an eighth embodiment of the connecting device a perspective schematic illustration of the image;

图20是本实用新型的第八实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图;图21是在第一实施例中增加了锁扣孔(3 )的Super-USB插座(1 )的形像化立体示意说明图; FIG 20 is a connection device according to the present invention, an eighth embodiment Super-USB connector (2) a perspective view of a schematic explanatory view image; FIG. 21 is to increase the holes in the first embodiment the latching embodiment (3) of Super- USB socket (1) is a perspective view of a schematic explanatory view image;

图22是在第一实施例中增加了锁扣(4)的Super-USB插头(2)的形^象化立体示意说明图; FIG 22 in the first embodiment increases the catch (4) Super-USB connector (2) is a schematic perspective view of the shaped ^ explanatory view image;

图23是在第二实施例中增加了锁扣孔(3 )的Super-USB插座(1 )和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图; FIG 23 is increased in the latching hole in the second embodiment (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective view of a schematic explanatory view image;

图24是在第三实施例中增加了锁扣孔(3)的Super-USB插座(1)和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图; FIG 24 is increased in the latching openings in the third embodiment (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective view of a schematic explanatory view image;

图25是在第四实施例中增加了锁扣孔(3 )的Super-USB插座(1 )和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图; FIG 25 is increased in the fourth embodiment, a catch hole (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective view of a schematic explanatory view image;

图26是在第五实施例中增加了锁扣孔(3 )的Super-USB插座(1 )和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图; FIG 26 is increased in the fifth embodiment latching openings (3) in the Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective view of a schematic explanatory view image;

图27是在第六实施例中增加了锁扣孔(3)的Super-USB插座(1)和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图; FIG 27 is increased in the latching openings in the sixth embodiment (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective view of a schematic explanatory view image;

图28是在第七实施例中增加了锁扣孔(3 )的Super-USB插座(1)和增加了锁扣(4)的S叩er-USB插头(2)的形傳_化立体示意说明图; FIG 28 is increased in the latching openings in the seventh embodiment (3) Super-USB socket (1) and increasing the catch (4) of the knocking S er-USB connector (2) is a schematic perspective view of the shaped mass _ Illustrating;

图29是在第八实施例中增加了锁扣孔(3 )的Super-USB插座(1)和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图。 FIG 29 is increased in the eighth embodiment latching openings (3) in the Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a perspective schematic illustration of the image of FIG.

图中,相同的数字代表相同的装置、部件器件,附图是示意性的,用以说明本实用新型的构成和主要特征。 Figures, the same numerals represent the same apparatus, components of the device, the drawings are schematic, illustrating the present invention and constituting the main features.

【具体实施方式】 【Detailed ways】

下面结合附图,对本实用新型作进一步详细说明。 DRAWINGS The present invention be described in more detail.

参阅图1至图4,图1是本实用新型的第一实施例的连接装置的Super-USB插座(1)形^象化立体示意说明图,图2是本实用新型的第一实施例的连接装置的Super-USB插座(1 )的AA剖面说明图,图3是本实用 Referring to FIG. 1 to FIG. 4, FIG. 1 of the present invention is a connection device according to the first embodiment of the Super-USB socket (1) shaped like ^ an explanatory view of a schematic perspective view, FIG 2 is a first embodiment of the present invention embodiment Super-USB connector socket means (1) is AA cross-sectional explanatory view, FIG 3 is present

ii新型的第一实施例的连接装置的Super-USB插头(2)形像化立体示意说明图,图4是本实用新型的第一实施例的连接装置的Super-USB插头(2)的BB剖面说明图,图l至图4中示出了本实用新型的连接装置,即Super-USB 插座(1)和Super-USB插头(2 ),也可称为连接组件,Super-USB插座(1 ) 通常安装在USB主机上,而Super-USB插头(2)通常安装在电缆上,只要使用设有Super-USB插头(2 )的电缆,将Super-USB插头(2 )插入Super-USB 插座(l),并将电缆的另一端的插头插入外部设备的插座,就可实现预定的电i?各连接,将USB主才几与外部设备连接起来,由USB主机通过Super-USB 插座(1)和Super-USB插头(2)向外部设备传输通讯信号和/或供应负载电源。 Super-USB connector plug ii novel apparatus of the first embodiment (2) a perspective view of a schematic explanatory view image, FIG. 4 is a Super-USB connector (2) of the present invention a connecting device of a first embodiment of BB DESCRIPTION sectional view in FIG. 4 to FIG. l shows a connecting device according to the present invention, i.e., Super-USB socket (1) and the Super-USB connector (2), may also be referred to as connection components, Super-USB socket (1 ) is typically mounted on the USB host, the Super-USB connector (2) is typically mounted on the cable, just use with Super-USB connector (2) of the cable, the Super-USB plug (2) into the Super-USB socket ( L), and the other end of the cable plug is inserted into the socket the external apparatus, can achieve a predetermined electrical I? each connection, only a few will be connecting them with an external device USB host, the USB host through Super-USB socket (1) Super-USB connector, and (2) a load transmitting power to the external device communication signal and / or supply.

继续参阅图1和图2,图1和图2中示出的连接装置包括有Super-USB 插座(1 ),所述的Super-USB插座(1 )上设置有多个导电端子,包括有电源端子(SI, S4)、信号端子(S2, S3)、负载电源端子(S5, S6); Continuing to refer to FIG. 1 and FIG connecting device 2 shown in FIG 1 and FIG 2 comprises a Super-USB socket (1), the Super-USB socket is provided with a plurality of conductive terminals (1), comprising a power source terminals (SI, S4), the signal terminals (S2, S3), a load power supply terminal (S5, S6);

其中, among them,

所述的电源端子(SI)是连接电源正极的端子,即"VBUS"; Said power supply terminal (SI) is connected to the positive terminal of the power supply, i.e., "VBUS";

所述的信号端子(S2)是连接数据线负极的端子,即"D-"; Said signal terminal (S2) is connected to the negative terminal of the data line, i.e., "D-";

所述的信号端子(S3)是连接数据线正极的端子,即"D+"; Said signal terminal (S3) is a terminal connected to a positive data line, i.e., "D +";

所述的电源端子(S4)是连接电源地的端子,即"GND"; Said power source terminal (S4) connected to the power supply terminal is ground, i.e., "GND";

所述的负载电源端子(S5)是连接负载电源正极的端子; The load power supply terminal (S5) is connected to the positive power supply terminal of the load;

所述的负载电源端子(S6)是连接负载电源负极的端子。 The load power supply terminal (S6) is connected to the negative terminal of the power supply load.

继续参阅图1和图2,图1和图2中示出的Super-USB插座(1)设有绝缘基座(Bl ),在绝缘基座(Bl )内设有方洞(HI , H2 )和四方管形的金属外壳(CI),在所述的金属外壳(CI)内设有绝缘基座(B2),绝缘基座(B2)的四周分别与金属外壳(CI)的内壁留有空间,绝缘基座(B2)的底部设有多个导电端子,包括电源端子(S1, S4)、信号端子(S2, S3),以及,在所述的方洞(HI)内设有负载电源端子(S5)和在所述的方洞(H2)内设有负载电源端子(S6),以及,金属外壳(Cl)与其内容物和负载电源端子(S5, S6)相电绝缘,负载电源端子(S5, S6)和绝缘基座(B1, B2) 及金属外壳(Cl)通过绝缘材料固定在预定的位置处,以确保所述的S叩er-USB插座(1)能和配对的插头相互插接。 Referring to FIG. 1 and FIG. 2, FIG. 1 and FIG. 2 shows a Super-USB socket (1) is provided with an insulating base (Bl), the insulating base (Bl) equipped with well-hole (HI, H2) and a square tubular metal casing (CI), the metal shell (CI) equipped with an insulating base (B2), four weeks insulation base (B2) of the inner wall of the metal shell (CI), respectively, leaving a space bottom insulation base (B2) is provided with a plurality of conductive terminals, comprising a power source terminal (S1, S4), the signal terminals (S2, S3), and, in the square hole (HI) equipped with a load power supply terminal (S5) and the square hole (H2) equipped with a load power supply terminal (S6), and a metal shell (Cl) with its contents and the load power supply terminal (S5, S6) electrically insulating, load power supply terminal ( S5, S6) and an insulating base (B1, B2) and a metal shell (Cl) by means of an insulating material is fixed at a predetermined position to ensure that the rapping S er-USB socket (1) and can be mutually inserted mating plug access.

继续参阅图l至图4,图l至图4中示出的连接装置除了Super-USB插座(1)外,还包括有Super-USB插头(2),所述的Super-USB插头(2) 上设置有多个导电端子,包括电源端子(Pl, P4)、信号端子(P2, P3)、 负载电源端子(P5, P6); Continuing to refer to FIGS. 4 l, l connector device shown in FIG. 4 in addition to FIG Super-USB socket (1) further comprises a Super-USB connector (2), the Super-USB connector (2) provided with a plurality of conductive terminals, comprising power terminals (Pl, P4), the signal terminals (P2, P3), a load power supply terminal (P5, P6);

其中, among them,

所述的电源端子(Pl)是连4姿电源正才及的端子,即"VBUS"; 所述的信号端子(P2)是连接数据线负极的端子,即"D-"; 所述的信号端子(P3)是连接数据线正极的端子,即"D+,,; 所述的电源端子(P4)是连接电源地的端子,即"GND"; 所述的负载电源端子(P5)是连接负载电源正极的端子; 所述的负载电源端子(P6)是连接负载电源负极的端子; 以及, Said power supply terminal (Pl is) is connected before and 4 pose positive terminal of the power supply, i.e., "VBUS"; said signal terminal (P2) is connected to the negative terminal of the data line, i.e., "D-"; the signal terminal (P3) is connected to the positive terminal of the data lines, i.e., "D + ,,; said power supply terminal (P4) is a terminal connected to the power supply, i.e.," GND "; load power supply terminal (P5) is connected to said load the positive terminal of the power supply; power supply terminal of said load (P6) is connected to the negative terminal of the power load; and

所述的Super-USB插头(2 )与所述的Super-USB插座(1 )成对相插接使用,当所述的Super-USB插头(2)与所述的Super-USB插座(1 )相对插接时,相对插接后Super-USB插头(2)上的导电端子与Super-USB插座(1 ) 上相对应的导电端子相电路连接,连接状况如下: The Super-USB connector (2) with the Super-USB socket (1) with a plug used in pairs, when the Super-USB connector (2) with the Super-USB socket (1) relative plug, the plug on the opposite Super-USB connector contacts with Super-USB socket (1) (2) corresponding to the conductive circuit connecting terminals, connectivity is as follows:

所述的电源端子(Pl)与所述的电源端子(SI)相电路连接; 所述的信号端子(P2)与所述的信号端子(S2)相电路连接; 所述的信号端子(P3)与所述的信号端子(S3)相电路连接; 所述的电源端子(P4)与所述的电源端子(S4)相电路连接; 所述的负载电源端子(P5)与所述的负载电源端子(S5)相电路连接; 所述的负载电源端子(P6)与所述的负载电源端子(S6)相电路连接。 Said power supply terminal (Pl is) connected to the power supply terminal (SI) of said phase circuit; a signal terminal (S2) a signal terminal (P2) with said phase of said circuit; said signal terminal (P3) a load power supply terminal a load power supply terminal (P5) according to claim; phase circuit connected to the signal terminal (S3) according to; the power supply terminal (P4) with said power source terminal (S4) connected to the phase circuit (S5) phase circuit; load power supply terminal (S6) according to a load power supply terminal (P6) connected to said phase circuit. 继续参阅图3和图4,图3和图4中示出的Super-USB插头(2)头部设有四方管形的金属外壳(C2),在所述的金属外壳(C2)内的底部设有绝缘基座(B3),绝缘基座(B3)的顶部分别设有多个导电端子,包括电源端子(PI, P4)、信号端子(P2, P3),以及,在所述的Super-USB插头(2) 头部还设有负载电源端子(P5, P6),以及,金属外壳(C2)与其内容物和负载电源端子(P5, P6)相电绝缘,负载电源端子(P5, P6)和绝缘基座(B3) 及金属外壳(C2)通过绝缘材料固定在预定的位置处,以确保所述的Sirper-USB插头(2 )和相对应的Super-USB插座(1 )能相互插接。 Referring to FIG 3 and FIG 4, a Super-USB plug of FIGS. 3 and 4 (2) is provided with a head, the bottom within the metal shell (C2) square tubular metal casing (C2) an insulating base (B3), the top of the insulation base (B3) are respectively provided with a plurality of conductive terminals including a power supply terminal (PI, P4), the signal terminals (P2, P3), and, in the Super- USB plug (2) is also provided with a head load power supply terminal (P5, P6), and a metal shell (C2) and its contents are electrically insulated load power terminals (P5, P6), a load power supply terminal (P5, P6) and the insulation base (B3) and a metal shell (C2) by an insulating material is fixed in a predetermined position, in order to ensure the Sirper-USB connector (2) and corresponding to the Super-USB socket (1) can be inserted from each other .

第一实施例的Super-USB插座(1)和Super-USB插头(2 )增加了负载电源端子,这样就可通过Super-USB插座(1 )和Super-USB插头(2 )向USB外部设备输出标准USB总线以外的额外电源,即负载电源,这负载电源的电压可以由5V至36V,最大电流可达10A,即负载电源的输出功率最大可达360W,这足够满足大部份的计算机外部设备的电源需求。 Super-USB socket (1) and the Super-USB connector (2) of the first embodiment increases the load power supply terminal, so that the device can output to the outside through Super-USB USB socket (1) and the Super-USB connector (2) additional power than the standard USB bus, i.e. load power, load power supply voltage which may be made of 5V to 36V, the maximum current up 1OA, i.e. load power at a maximum power output of 360W, which is sufficient for most computer peripherals power requirements.

参阅图5至图10,图5是本实用新型的第二实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图6是本实用新型的第二实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图,图7是本实用新型的第三实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图8是本实用新型的第三实施例的连接装置的Super-USB插头(2) 形像化立体示意说明图,图9是本实用新型的第四实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图IO是本实用新型的第四实施例的连接装置的Super-USB插头(2)形傳—化立体示意说明图。 Referring to FIG. 5 to FIG. 10, FIG. 5 is a Super-USB socket (1) connected to the apparatus of the present invention a second embodiment of a perspective schematic illustration of the image of FIG. 6 is connected to a second embodiment of the present invention embodiment Super-USB connector means (2) image of a perspective schematic illustration, FIG. 7 is a Super-USB socket (1) of the present invention connected to a third embodiment of the apparatus of the image of a perspective schematic illustration, FIG 8 is Super-USB connector of the present invention a third embodiment of the connecting device (2) image of a perspective schematic illustration, FIG. 9 of the present invention is connected to a fourth embodiment of the apparatus of the Super-USB socket (1) shaped like a schematic explanatory view of a perspective, that the present invention FIG IO connection device of a fourth embodiment of the Super-USB connector (2) type transmission - a perspective schematic illustration of FIG. 第二实施例至第四实施例的Super-USB插座(1 )与第一实施例的Super-USB插座(1 ) 的不同之处在于方洞(H1, H2)的位置,第一实施例至第四实施例的Super-USB插座(1)的方洞(Hl, H2 )分别位于金属外壳(CI)的上方、 下方、左方、右方。 Super-USB socket to Examples (1) of the first embodiment of the fourth embodiment of the second embodiment of Super-USB socket (1) except that the position of the square hole (H1, H2) of the first embodiment to the Super-USB socket above (1) to a fourth embodiment of the side hole (Hl, H2) are located in a metal shell (CI), below, left, right. 第二实施例至第四实施例的Super-USB插头(2)与第一实施例的Super-USB插头(2)的不同之处在于负载电源端子(P5, P6 )的位置,第一实施例至第四实施例的Super-USB插头(2)的负载电源端子(P5, P6)分别位于金属外壳(C2)的上方、下方、左方、右方。 Super-USB connector of the second embodiment to the fourth embodiment of the embodiment (2) of the first embodiment of the Super-USB connector (2) except that the position of the load power supply terminal (P5, P6) of the first embodiment Super-USB plug to the fourth embodiment (2) of load power supply terminal (P5, P6) respectively located above the metal shell (C2), below, left, right.

继续参阅图1、图2、图5、图7、图9,图中示出的Super-USB插座(1 ) 的方洞(Hl)位于所述的金属外壳(Cl)的上方和所述的方洞(H2 )位于所述的金属外壳(Cl )的下方或所述的方洞(H1)位于所述的金属外壳(C1) 的下方和所述的方洞(H2)位于所述的金属外壳(Cl )的上方或所述的方洞(Hl )位于所述的金属外壳(Cl )的左方和所述的方洞(H2 )位于所述的金属外壳(Cl )的右方或所述的方洞(Hl )位于所述的金属外壳(Cl )的右方和所述的方洞(H2)位于所述的金属外壳(Cl)的左方或所述的方洞(Hl, H2)位于所述的金属外壳(Cl)的上方或所述的方洞(HI, H2)位于所述的金属外壳(Cl)的下方。 Continuing to refer to FIG. 1, FIG. 2, FIG. 5, FIG. 7, FIG. 9, there is shown a Super-USB socket (1) square hole (on Hl) located in said metal housing (Cl) and above the square hole (H2) located in said metal housing (Cl) or below the square hole (H1) located in said metal housing (C1) is below and the square hole (H2) located on the metal square holes (on Hl) or above the housing (Cl) located in said metal housing (Cl) and the left side of the hole (H2) located in said metal housing (Cl) or the right of said square hole (on Hl) located in said metal housing (Cl) and the right side of the hole (H2) located in said metal housing (Cl) or the left side of the hole (Hl, H2 ) located in said metal housing (Cl) or above the square hole (HI, H2) located below the metal shell (Cl) is. 继续参阅图3、图4、图6、图8、图10, 图中示出的Super-USB插头(2)的负载电源端子(P5 )位于所述的金属外壳(C2)的上方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的下方或所述的负载电源端子(P5)位于所述的金属外壳(C2)的下方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的上方或所述的负载电源端子(P5 )位于所述的金属外壳(C2 )的右方和所述的负载电源端子(P6 ) 位于所述的金属外壳(C2)的左方或所述的负载电源端子(P5)位于所述的金属外壳(C2)的左方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的右方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C2) 的上方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C2)的下方。 Continuing to refer to FIG. 3, 4, 6, 8, 10, shown in FIG Super-USB connector (2) of load power supply terminal (P5) is located above the metal shell (C2) and the below the load power supply terminal (P6) located in said metal housing (C2), a load power supply terminal (P5) or in said metal shell (C2) of a load power supply terminal (P6) located below and the a load power supply terminal (P5) above the metal shell (C2) or the said metal in said housing (C2), a load power supply terminal (P6) located on the right and the metal shell (C2 a load power supply terminal (P6)) a load power supply terminal (P5) is located on the left or the metal shell (C2) is located on the left and the metal shell (C2) of the right or a load power supply terminal (P5, P6) located below said metal shell (C2) is located above the metal shell (C2) of a load power supply terminal (P5, P6) of said or said.

参阅图11至图14,图11是本实用新型的第五实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图12是本实用新型的第五实施例的连接装置的Super-USB插座(l)的CC剖面说明图,图13是本实用新型的第五实施例的连接装置的Super-USB插头(2)形像化立体示意说明图,图14是本实用新型的第五实施例的连接装置的Super-USB插头(2)的DD剖面说明图,图11至图14的第五实施例与第一至第四实施例相比,主要不同之处在于第一至第四实施例的Super-USB插座(1)的负载电源端子(S5, S6)是扁方形的,第一至第四实施例的Super-USB插头(2)的负载电源端子(P5, P6 )是U形的金属片制造,用以夹着对应的负载电源端子(S5, S6);而第五实施例的Super-USB插座(1)的负载电源端子(S5, S6 )是圓棒形的,第五实施例的S卯er-USB插头(2)的负载电源端子(P5, P6 ) 是圓管形的,用以夹着对应的圓棒 Referring to FIG. 11 to FIG. 14, FIG. 11 is a fifth embodiment of the present invention apparatus embodiment of the Super-USB connector socket (1) image a perspective schematic illustration of FIG, 12 is connected to a fifth embodiment of the present invention embodiment Super-USB receptacle apparatus (l) of the CC cross-sectional explanatory view, FIG. 13 is a Super-USB connector plug device of the present invention according to a fifth embodiment of (2) image of a perspective schematic illustration, FIG. 14 is the present invention Super-USB connector (2) connected to a fifth embodiment of the apparatus of the embodiment described DD cross-sectional view a fifth embodiment of FIGS. 11 to 14 compared with the first to fourth embodiments, the main difference is that the first to a fourth Super-USB socket (1) Example of a load power supply terminal (S5, S6) is a flat square, the first to fourth Super-USB connector (2) Example of a load power supply terminal (P5, P6) is U-shaped sheet metal manufacturing, a load power supply terminal for sandwiching the corresponding (S5, S6); and Super-USB socket (1) according to a fifth embodiment of a load power supply terminal (S5, S6) is a rod shaped, S er-USB plug sockets (2) according to a fifth embodiment of a load power supply terminal (P5, P6) is pipe-shaped to sandwich the corresponding rod 负载电源端子(S5, S6),无论采用第一至第五实施例中任何一实施例,都可很好地实现本实用新型的目的,都是 A load power supply terminal (S5, S6), whether the first to fifth embodiments employ any embodiment, can achieve a good object of the present invention, it is

属于本实用新型的保护范围。 Within the scope of protection of the present invention.

继续参阅图11和图12,图11和图12中示出的Super-USB插座(1) 设有绝缘基座(B4),在绝缘基座(B4)内设有圆洞(H3, H4)和四方管形的金属外壳(C3),在所述的金属外壳(C3)内设有绝缘基座(B5),绝缘基座(B5)的四周分别与金属外壳(C3)的内壁留有空间,绝缘基座(B5) 的底部设有多个导电端子,包括电源端子(Sl, S4)、信号端子(S2, S3), 以及,在所述的圆洞(H3)内设有圆管形的负载电源端子(S5)和在所述的圆洞(H4)内设有圆管形的负载电源端子(S6),以及,金属外壳(C3)与其内容物和负载电源端子(S5, S6)相电绝缘,负载电源端子(S5, S6)和绝缘基座(B4, B5)及金属外壳(C3)通过绝缘材料固定在预定的位置处, 以确保所述的Super-USB插座(1 )能和配对的插头相互插接。 Continuing to refer to FIG. 11 and FIG. 12, FIG. 11 and FIG. 12 shows the Super-USB socket (1) is provided with an insulating base (B4), the insulating base (B4) equipped with a round hole (H3, H4) and a square tubular metal casing (C3), the metal shell (C3) equipped with an insulating base (B5), four weeks insulation base (B5) and the inner wall of the metal shell, respectively (C3) leaving a space bottom insulation base (B5) is provided with a plurality of conductive terminals, comprising power terminals (Sl, S4), the signal terminals (S2, S3), and, in the round hole (H3) features a circular tube a load power supply terminal (S5), and features a circular tube load power supply terminal (S6), and a metal shell (C3) and its contents and the load power supply terminal (S5, S6) in said round hole (H4) the electrically insulating, load power supply terminal (S5, S6) and an insulating base (B4, B5) and a metal shell (C3) by an insulating material is fixed in a predetermined position to ensure that the Super-USB socket (1) can and a pair of plugs each insertion.

继续参阅图13和图14,图13和图14中示出的Super-USB插头(2) 头部设有四方管形的金属外壳(C4),在所述的金属外壳(C4)内的底部设有绝缘基座(B6),绝缘基座(B6)的顶部分别设有多个导电端子,包括电源端子(PI, P4)、信号端子(P2, P3),以及,在所述的Super-USB插头(2)头部还设有圆棒形的负载电源端子(P5, P6),以及,金属外壳(C4) 与其内容物和负载电源端子(P5, P6)相电绝缘,负载电源端子(P5, P6) 和绝缘基座(B6 )及金属外壳(C4 )通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插头(2 )和相对应的Super-USB插座(1)能相互插接。 Continuing to refer to FIG. 13 and FIG. 14, FIG. 13 and FIG. 14 shows the Super-USB connector (2) is provided with a head, the bottom of the square tubular metal casing (C4) in said metal shell (C4) of an insulating base (B6), the top of the insulation base (B6) are respectively provided with a plurality of conductive terminals including a power supply terminal (PI, P4), the signal terminals (P2, P3), and, in the Super- USB plug (2) has a rod-shaped head further load the power supply terminal (P5, P6), and a metal shell (C4) contents and the load power supply terminal (P5, P6) and its electrically insulating, load power supply terminal ( at P5, P6) and an insulating base (B6) and the metal shell (C4) through an insulating material is fixed in a predetermined position to ensure that the Super-USB connector (2) and corresponding to the Super-USB socket (1) You can plug each other.

参阅图15至图20,图15是本实用新型的第六实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图16是本实用新型的第六实施例的连接装置的Super-USB插头(2 )形像化立体示意说明图,图17是本实用新型的第七实施例的连接装置的Super-USB插座(1)形像化立体示意说明图,图18是本实用新型的第七实施例的连接装置的Super-USB插头(2 ) 形像化立体示意说明图,图19是本实用新型的第八实施例的连接装置的S叩er-USB插座(1)形像化立体示意说明图,图20是本实用新型的第八实施例的连接装置的Super-USB插头(2)形像化立体示意说明图。 Referring to FIG 15 to FIG 20, FIG 15 is a sixth embodiment of the present invention apparatus embodiment of the Super-USB connector socket (1) image a perspective schematic illustration of FIG, 16 is connected to a sixth embodiment of the present invention embodiment Super-USB connector means (2) image of a perspective schematic illustration, FIG. 17 is a Super-USB socket (1) according to the present invention apparatus is connected to a seventh embodiment of the image of a perspective schematic illustration, FIG. 18 apparatus of the present invention connected to a seventh embodiment of the Super-USB connector (2) a perspective schematic illustration of the image of FIG, 19 is a connecting device S of the present invention to an eighth embodiment of the knock er-USB socket (1 ) image of a perspective schematic illustration, FIG. 20 is a Super-USB connector plug device of the present invention of the eighth embodiment (2) a perspective schematic illustration of the image of FIG. 第六实施例至第八实施例的Super-USB插座(1 )与第五实施例的Super-USB插座(1 ) 的不同之处在于圓洞(H3, H4 )的位置,第五实施例至第八实施例的Super-USB插座(1)的圆洞(H3, H4 )分别位于金属外壳(C3)的上方、 下方、左方、右方。 The sixth embodiment to the eighth embodiment of the Super-USB socket (1) of the fifth embodiment of the Super-USB socket (1) except that the position of the round hole (H3, H4), the fifth embodiment to the eighth Super-USB socket (1) Example of the round hole (H3, H4) are positioned above the metal shell (C3), below, left, right. 第六实施例至第八实施例的Super-USB插头(2)与第五实施例的S卯er-USB插头(2)的不同之处在于负载电源端子(P5, P6 ) 的位置,第五实施例至第八实施例的Super-USB插头(2)的负载电源端子 Super-USB connector (2) with a fifth embodiment example of the sixth embodiment to the eighth embodiment of the S er-USB plug sockets (2) except that the position of the load power supply terminal (P5, P6), the fifth Example embodiment to eighth embodiments of Super-USB connector (2) of load power supply terminal

(P5, P6)分别位于金属外壳(C3)的上方、下方、左方、右方。 (P5, P6) respectively located above the metal shell (C3), below, left, right.

继续参阅图11至图20,图11至图20中示出的Super-USB插座(1) 的圓洞(H3)位于所述的金属外壳(C3)的上方和所述的圓洞(H4)位于所述的金属外壳(C3)的下方或所述的圆洞(H3)位于所述的金属外壳(C3) 的下方和所述的圆洞(H4)位于所述的金属外壳(C3)的上方或所述的圆洞(H3)位于所述的金属外壳(C3)的左方和所述的圆洞(H4)位于所述的金属外壳(C3)的右方或所述的圆洞(H3)位于所述的金属外壳(C3)的右方和所述的圆洞(H4)位于所述的金属外壳(C3)的左方或所述的圆洞 Above said metal shell (C3) continues to refer to FIG. 11 to FIG. 20, FIGS. 11 to 20 shown in FIG Super-USB socket (1) round hole (H3) and the round hole (H4) located below said metal housing (C3) located in said metal shell (C3) round hole (H3) or below and said round hole (H4) in said metal shell (C3) of the round hole or right above or round hole (H3) located in said metal housing (C3) and the left of the round hole (H4) in said metal shell (C3) of ( H3) located on the right of the metal shell (C3) and said round hole (H4) in said metal shell (C3) of the round hole left or

(H3, H4)位于所述的金属外壳(C3)的上方或所述的圆洞(H3, M)位于所述的金属外壳(C3)的下方。 Round hole or the above said metal housing (C3) is (H3, H4) (H3, M) is located below said metal shell (C3) a. 继续参阅图11至图20,图11至图20中 Referring to FIG. 11 through 20, 11 through 20

17示出的Super-USB插头(2 )的负载电源端子(P5 )位于所述的金属外壳(C4 ) 的上方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的下方或所述的负载电源端子(P5)位于所述的金属外壳(C4)的下方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的上方或所述的负载电源端子(P5) 位于所述的金属外壳(C4)的右方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的左方或所述的负载电源端子(P5)位于所述的金属外壳(CM)的左方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的右方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C4)的上方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C4)的下方。 Under the load power supply terminal (P6) 17 shown in Super-USB connector (2) of load power supply terminal (P5) located in said metal housing (C4) is located above and the said metal housing (C4) of a load terminal above the load power supply terminal (P5) or in said metal shell (C4) of a load power supply terminal (P6) located below and the said metal housing (C4) or the ( P5) located rightward of the metal shell (C4) and said power supply terminal of the load (P6) is located in a load power supply terminal (P5) to the left of the metal housing (C4) is located in or a load power supply terminal (P5, P6) rightward metal housing (CM) of the load power supply terminal (P6) located on the left and the metal shell (C4) is located or the metal housing (C4 located below said metal housing (C4)) of a load power supply terminal (P5, P6) or above.

参阅图21和图22,图21是在第一实施例中增加了锁扣孔(3)的Super-USB插座(1)的形像化立体示意说明图,图22是在第一实施例中增加了锁扣(4)的Super-USB插头(2)的形^W匕立体示意"^兌明图,图21和图22中示出的是本实用新型的更进一步改进,增加了锁扣孔(3)和锁扣(4) 后,可以将Super-USB插头(2)固定在Super-USB插座(1)中,可防止Super-USB插头(2)脱落影响USB主机与USB外部设备之间的负载电源供应。继续参阅图21和图22,图中示出的Super-USB插座(1)上还:&有锁扣孔(3 ),以及,所述的Super-USB插头(2 )上还设有锁扣(4 ),锁扣(4 )上设有释放杆(401 ),锁扣孔(3 )和锁扣(4 )是相配对使用的,是采用类似电话插头与插座相同的上锁结构和方法,以及,当Super-USB插头(2 )与Super-USB插座(1 )相对插接时,锁扣(4 )进入锁扣孔(3 )中, 并通过锁扣(4 )本身的弹力,将锁扣(4 )前端 Referring to FIG. 21 and FIG. 22, FIG. 21 is to increase the holes in the first embodiment the latching Example (3) Super-USB socket (1) is a schematic explanatory view of a perspective image of FIG. 22 in the first embodiment increasing the catch (4) Super-USB connector (2) is a schematic perspective dagger-shaped ^ W "^ out against, and FIG. 21 and FIG. 22 shows a still further improvement of the present invention, an increase of the latch after the hole (3) and the striker (4), Super-USB connector (2) can be fixed to the Super-USB socket (1), prevented from Super-USB connector (2) Effect off USB host and the USB peripheral devices load between the power supply continues to refer to FIG. 21 and FIG. 22, there is shown a Super-USB socket (1) further: & there catch hole (3), and, the Super-USB connector (2) also provided on the latch (4), with the latch release lever (401) (4), the catch hole (3) and the striker (4) are paired, a similar telephone plug and socket use the same the locking structures and methods, and, when the Super-USB connector (2) with Super-USB socket (1) relative to the plug, the latch (4) into the latching opening (3), and by the latch (4 ) itself is elastic, the striker (4) front end 大的部份弹起进入锁扣孔(3 )中的倒扣部分,Super-USB插座(1 )上的锁扣孔(3 )会将Super-USB 插头(2)上的锁扣(4)固定在锁扣孔(3)内的倒扣部分,使Super-USB 插头(2 )与Super-USB插座(1 )保持相对插接状态,直至锁扣(4 )上的释放杆(401)被按住,锁扣(4)前端较大的部份向下移离开锁扣孔(3)中的倒扣部分后,锁扣(4)才能从锁扣孔(3)中移出,才能将Super-USB A large part of the pop-up into the catch hole undercut portion (3), Super-USB socket latching hole (1) (3) Super-USB will catch on the plug (2) (4) fixing the latching undercut portion of the inner hole (3), that the Super-USB connector (2) with Super-USB socket (1) remains relatively fitted state until the latch release lever (4) (401) is Press and hold the latch (4) after the front end of a large part of the left locking hole undercut section (3) is moved down to lock (4) to (3) removed from the locking hole to the Super -USB

插头(2 )从Super-USB插座(1 )中拔出。 The plug (2) from the Super-USB socket (1) pulled out.

参阅图23至图29,图23是在第二实施例中增加了锁扣孔(3)的 Referring to FIGS. 23 to 29, the striker 23 is increased in the second embodiment holes (3)

Super-USB插座(1)和增加了锁扣(4 )的Super-USB插头(2 )的形像化立体示意说明图,图24是在第三实施例中增加了锁扣孔(3)的Super-USB 插座(1)和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图,图25是在第四实施例中增加了锁扣孔(3)的Super-USB插座(1) 和增加了锁扣(4)的Super-USB插头(2)的形像化立体示意说明图,图26是在第五实施例中增加了锁扣孔(3)的Super-USB插座(1 )和增加了锁扣(4 )的Super-USB插头(2 )的形像化立体示意说明图,图27是在第六实施例中增加了锁扣孔(3 )的Super-USB插座(1 )和增加了锁扣(4 ) 的Super-USB插头(2)的形像化立体示意说明图,图28是在第七实施例中增加了锁扣孔(3 )的Super-USB插座(1)和增加了锁扣(4 )的Super-USB 插头(2)的形像化立体示意说明图,图29是在第八实施例中增加了锁扣孔 Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, the striker 24 is increased in the third embodiment the hole (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, the striker 25 is increased in the fourth embodiment, the hole (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, the striker 26 is increased in the fifth embodiment of the bore (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, FIG. 27 is to increase the catch hole (3) in the sixth embodiment Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, the striker 28 is to increase the holes in the seventh embodiment (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory view of the image, the striker 29 is increased in the eighth embodiment in the hole

(3 )的S叩er-USB插座(1)和增加了锁扣(4 )的Super-USB插头(2 )的形像化立体示意说明图,继续参阅图21至图29,图21至图29分别示出了在各实施例中的Super-USB插座(1)增加了锁扣孔(3)和在Super-USB 插头(2)增加了锁扣(4)的说明图,增加了锁扣孔(3)的Super-USB插座(1 )和增加了锁扣(4 )的Super-USB插头(2 )都可卩艮好地实现本实用新型的目的,都是属于本实用新型的保护范围。 (3) a call-S er-USB socket (1) and increasing the catch (4) Super-USB connector (2) is a schematic perspective explanatory diagram of image, Referring to FIG. 21 to FIG. 29, FIG. 21 to FIG. 29 show a Super-USB socket (1) in each embodiment increases the catch hole (3) and a Super-USB connector (2) increase the catch (4) in FIG increased catch the hole (3) Super-USB socket (1) and increasing the catch (4) Super-USB connector (2) can achieve good Jie Burgundy object of the present invention, it is within the scope of protection of the present invention .

继续参阅图2、图4、图12、图14,图中示出的电源端子(SI, S4)宽度为1. Smm至2mm,和/或所述的电源端子(PI, P4 )宽度为1. 5mm至2mm。 Continuing to refer to FIG. 2, FIG. 4, FIG. 12, FIG. 14, there is shown a power supply terminal (SI, S4) 1. Smm to a width of 2mm, and / or the power supply terminal (PI, P4) width 1 . 5mm to 2mm. 本实用新型的Super-USB插座(1 )的电源端子(SI, S4 )和Super-USB插头(2)的电源端子(P1, P4),比标准的USB A型插头插座的电源端子的宽度1mm阔了Q. 5至1mm,经过试'验后,本实用新型的Super-USB插座(1 )的电源端子(Sl, S4)和Super-USB插头(2)的电源端子(PI, P4 )可以提供最大3A电流供应。 The present invention Super-USB socket (1) power supply terminal (SI, S4), and Super-USB connector (2) power supply terminal (P1, P4), the width of the power supply terminal than the standard USB A plug socket 1mm Q. 5 to the width 1mm, through a trial 'posterior, the present invention Super-USB socket (1) power supply terminal (Sl, S4), and Super-USB connector (2) power supply terminal (PI, P4) can be maximum 3A current supply.

本实用新型的Super-USB插座(1)除了加宽了电源端子的宽度外,其余与标准的USB A型插座完全兼容,所以可将Super-USB插座(1)当作标准USB A型插座使用,即可以将标准USB A型插头插到本实用新型的Super-USB插座(1 )上。 The present invention Super-USB socket (1) except that widens the width of the power supply terminal, the other with a standard USB A-type receptacle is fully compatible, it may be Super-USB socket (1) as a standard USB A-type receptacle used , which can be plugged into a standard USB a plug according to the present invention Super-USB socket (1). 此外,本实用新型的Super-USB插座(1 )增加了负载电源端子,这样就可通过Super-USB插座(1)输出标准USB总线以外的额外电源,即负载电源,这负载电源的电压可以由5V至36V,最大电流可达10A,即负载电源的输出功率最大可达360W,这足够满足大部份的计算机外部设备的电源需求。 Further, the present invention Super-USB socket (1) increases the load power supply terminal, and Super-USB socket can be via additional power other than (1) output USB bus, i.e. load power, which may be the load voltage supply 5V to 36V, the maximum current up to 10A, i.e., the load power supply output power up to 360W, which is sufficient to meet the power needs of the majority of computer peripherals.

本实用新型的Super-USB插座(1)和Super-USB插头(2)同时兼顾了数据通讯和电源供应,它的实施,会带来良好的效益。 The present invention Super-USB socket (1) and Super-USB plug (2) taking into account the data communication and power supply, its implementation will bring good results.

Claims (10)

1. 一种连接装置,主要用于计算机等主机与外部设备传送通讯信号和传输电源供应,其特征在于,所述的连接装置包括有Super-USB插座(1),所述的Super-USB插座(1)上设置有多个导电端子,包括有电源端子(S1,S4)、信号端子(S2,S3)、负载电源端子(S5,S6);其中,所述的电源端子(S1)是连接电源正极的端子,即“VBUS”;所述的信号端子(S2)是连接数据线负极的端子,即“D-”;所述的信号端子(S3)是连接数据线正极的端子,即“D+”;所述的电源端子(S4)是连接电源地的端子,即“GND”;所述的负载电源端子(S5)是连接负载电源正极的端子;所述的负载电源端子(S6)是连接负载电源负极的端子。 A connector device, mainly for transmitting communication signals and transmitting power supply and the external host computer apparatus, wherein said connecting means comprises a Super-USB socket (1), the Super-USB socket (1) is provided with a plurality of the conductive terminals including a power source terminal (S1, S4), the signal terminals (S2, S3), a load power supply terminal (S5, S6); wherein said power source terminal (S1) is connected to the positive terminal of the power supply, i.e., "the VBUS"; said signal terminal (S2) is connected to the negative terminal of the data line, i.e. "D-"; said signal terminal (S3) is connected to the positive terminal of the data lines, i.e., " D + "; power supply terminal (S4) connected to said power supply terminal is ground, i.e.," GND "; load power supply terminal (S5) the load is connected to the positive power supply terminal; load power supply terminal (S6) is the connecting the negative terminal of the power supply load.
2. 如权利要求1所述的连接装置,其特征在于,所述的Super-USB插座(1 ) 设有绝缘基座(Bl ),在绝缘基座(Bl )内设有方洞(Hl , H2 )和四方管形的金属外壳(Cl ),在所述的金属外壳(Cl )内设有绝缘基座(B2 ), 绝缘基座(B2)的四周分别与金属外壳(Cl)的内壁留有空间,绝缘基座(B2)的底部设有多个导电端子,包括电源端子(Sl, S4)、信号端子(S2, S3),以及,在所述的方洞(Hl)内设有负载电源端子(S5) 和在所述的方洞(H2 )内设有负载电源端子(S6 ),以及,金属外壳(Cl) 与其内容物和负载电源端子(S5, S6)相电绝缘,负载电源端子(S5, S6 )和绝缘基座(Bl, B2 )及金属外壳(Cl)通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插座(1)能和配对的插头相互插接。 The connector apparatus according to claim 1, characterized in that said Super-USB socket (1) is provided with an insulating base (Bl), the insulating base (Bl) equipped with well-hole (on Hl, H2) and a square tubular metal casing (Cl), in the metal housing (Cl) equipped with an insulating base (B2), four weeks insulation base (B2), respectively, leaving the metal casing and the inner wall (Cl) of space, with the bottom of the insulation base (B2) a plurality of conductive terminals, comprising power terminals (Sl, S4), the signal terminals (S2, S3), and, in the square hole (on Hl) equipped with a load power terminal (S5) and the square hole (H2) equipped with a load power supply terminal (S6), and a metal shell (Cl) with its contents and the load power supply terminals are electrically insulated (S5, S6), the power load of the terminal (S5, S6) and an insulating base (Bl, B2) and a metal shell (Cl) by insulating material is secured at a predetermined position to ensure that the Super-USB socket (1) and can be mutually inserted mating plug access.
3. 如权利要求1所述的连接装置,其特征在于,所述的连接装置还包括有Super-USB插头(2),所述的Super-USB插头(2)上设置有多个导电端子,包括电源端子(PI, P4)、信号端子(P2, P3)、负载电源端子(P5, P6); 其巾,所述的电源端子(Pl)是连接电源正极的端子,即"VBUS"; 所述的信号端子(P2)是连接数据线负极的端子,即"D-"; 所述的信号端子(P3)是连接数据线正极的端子,即"D+"; 所述的电源端子(P4)是连接电源地的端子,即"GND"; 所述的负载电源端子(P5)是连接负载电源正极的端子; 所述的负载电源端子(P6)是连接负载电源负极的端子; 以及,所述的Super-USB插头(2 )与所述的Super-USB插座(1 )成对相插接<吏用,当所述的Super-USB插头(2 )与所述的Super-USB插座(1 )相对插接时,相对插4妻后Super-USB插头(2 )上的导电端子与Super-USB 插座(1)上相对应的导电端子相电^各连 The connector apparatus according to claim 1, wherein said connecting means further comprises a Super-USB connector (2) is provided with a plurality of conductive terminals (2) of the Super-USB connector, includes a power supply terminal (PI, P4), the signal terminals (P2, P3), a load power supply terminal (P5, P6); towel which said power supply terminal (Pl is) is connected to the positive terminal of the power supply, i.e., "VBUS"; the signal terminal (P2) of said data line is connected to the negative terminal, i.e., "D-"; said signal terminal (P3) is connected to the positive terminal of the data lines, i.e., "D +"; said power supply terminal (P4) is a terminal connected to the power supply, i.e., "GND"; load power supply terminal (P5) of said load is connected to the positive power supply terminal; load power supply terminal (P6) of the load is connected to the negative power supply terminal; and a the Super-USB connector (2) with the Super-USB socket (1) with the pair of plug <officials use, when the Super-USB connector (2) with the Super-USB socket (1) relative plug, the plug 4 relative wife Super-USB connector contacts with Super-USB socket (2) (1) on the electrically conductive terminal corresponding to each even ^ 接,连4妄状况如下: 所述的电源端子(PI)与所述的电源端子(SI)相电路连接; 所述的信号端子(P2)与所述的信号端子(S2)相电路连接; 所述的信号端子(P3)与所述的信号端子(S3)相电路连接; 所述的电源端子(P4)与所述的电源端子(S4)相电路连接; 所述的负载电源端子(P5)与所述的负载电源端子(S5)相电路连接; 所述的负载电源端子(P6)与所述的负载电源端子(S6)相电路连接。 Then, even jump condition 4 as follows: the power supply terminal (PI) is connected to the power supply terminal (SI) of said phase circuit; said signal terminal (P2) connected to said signal terminal (S2) phase circuit; a load power supply terminal (P5 said; said signal terminal (P3) and the signal terminal (S3) connected to the phase circuit; said power supply terminal (P4) with said power source terminal (S4) connected to the phase circuit ) connected to a load power supply terminal (S5) of said phase circuit; said load power supply terminal (P6) connected to a load power supply terminal (S6) of the phase circuit.
4. 如权利要求3所述的连4妄装置,其特征在于,所述的Super-USB插头(2 ) 头部设有四方管形的金属外壳(C2),在所述的金属外壳(C2)内的底部设有绝缘基座(B3 ),绝缘基座(B3 )的顶部分别设有多个导电端子, 包括电源端子(P1, P4)、信号端子(P2, P3),以及,在所述的Super-USB 插头(2)头部还设有负载电源端子(P5, P6),以及,金属外壳(C2)与其内容物和负载电源端子(P5, P6)相电绝缘,负载电源端子(P5, P6 )和绝缘基座(B3 )及金属外壳(C2 )通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插头(2 )和相对应的Super-USB插座(1)能相互插接。 4. The apparatus according to jump 4 connected to claim 3, characterized in that said Super-USB connector (2) is provided with a head square tubular metal casing (C2), a metal shell (C2 in the an insulating base (B3) at the bottom) in the top of the insulating base (B3) are respectively provided with a plurality of conductive terminals, comprising a power source terminal (P1, P4), the signal terminals (P2, P3), and, in the Super-USB plug-described (2) is also provided with a head load power supply terminal (P5, P6), and a metal shell (C2) and its contents and the load power supply terminal (P5, P6) electrically insulating, load power supply terminal ( at P5, P6) and an insulating base (B3) and a metal shell (C2) by an insulating material is fixed in a predetermined position to ensure that the Super-USB connector (2) and corresponding to the Super-USB socket (1) You can plug each other.
5. 如权利要求2或4所述的连接装置,其特征在于,所述的方洞(Hl)位于所述的金属外壳(Cl)的上方和所述的方洞(H2 )位于所述的金属外壳(Cl)的下方或所述的方洞(Hl)位于所述的金属外壳(Cl)的下方和所述的方洞(H2)位于所述的金属外壳(Cl)的上方或所述的方洞(Hl )位于所述的金属外壳(Cl )的左方和所述的方洞(H2 )位于所述的金属外壳(Cl)的右方或所述的方洞(Hl)位于所述的金属外壳(Cl )的右方和所述的方洞(H2 )位于所述的金属外壳(Cl )的左方或所述的方洞(Hl, H卩)位于所述的金属外壳(Cl)的上方或所述的方洞(HI, H2)位于所述的金属外壳(Cl)的下方,以及,所述的负载电源端子(P5)位于所述的金属外壳(C2)的上方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的下方或所述的负载电源端子(P5) 位于所述的金属外壳(C2)的下方和所述的负 The connector apparatus of claim 2 or claim 4, wherein said side hole (on Hl) is located above the square hole of the metal shell (Cl) and said (H2) is located metal shell (Cl) or below the square hole (on Hl) located in said metal housing (Cl) and the lower side of the hole (H2) located in said metal housing (Cl) or the above square holes (on Hl) located in said metal housing (Cl) and the left side of the hole (H2) in said metal shell (Cl) is the right side hole (on Hl) is located or by the metal shell (Cl) is described below and right side of the hole (H2) located in said metal housing (Cl) or the left side of the hole (Hl, H Jie) located in said metal housing ( below the upper cl) or the square hole (HI, H2) positioned in the metal housing (cl), and said load power supply terminal (P5) is located above the metal shell (C2) and under the load power supply terminal (P5) underneath the load power supply terminal (P6) located in said metal housing (C2) or said metal in said housing (C2) and said negative 电源端子(P6)位于所述的金属外壳(C2)的上方或所述的负载电源端子(P5)位于所述的金属外壳(C2)的右方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的左方或所述的负载电源端子(P5)位于所述的金属外壳(C2) 的左方和所述的负载电源端子(P6)位于所述的金属外壳(C2)的右方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C2)的上方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C2)的下方。 A load power supply terminal (P6) load power supply terminal (P5) above said metal shell (C2) of the power supply terminal (P6) or in said metal shell (C2) is located at the right and the metal shell (C2) of said power supply terminal of the load leftward (P5) or in said metal shell (C2) of a load power supply terminal (P6) located on the left and the metal shell (C2 located below the metal shell (C2)) of a load power supply terminal (P5, P6) located above said metal shell (C2) of a load power supply terminal (P5, P6) or the right or the .
6. 如权利要求1所述的连接装置,其特征在于,所述的Super-USB插座(1 ) 设有绝缘基座(BO ,在绝缘基座(B4)内设有圆洞(H3, H4)和四方管形的金属外壳(C3 ),在所述的金属外壳(C3 )内设有绝缘基座(B5 ), 绝缘基座(B5)的四周分别与金属外壳(C3)的内壁留有空间,绝缘基座(B5)的底部设有多个导电端子,包括电源端子(S1, S4)、信号端子(S2, S3),以及,在所述的圆洞(H3)内设有圓管形的负载电源端子(S5)和在所述的圆洞(H4)内设有圓管形的负载电源端子(S6), 以及,金属外壳(C3)与其内容物和负载电源端子(S5, S6)相电绝缘, 负载电源端子(S5, S6)和绝缘基座(B4, B5)及金属外壳(C3)通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插座(1)能和配,t的插头相互纟翁4妻。 6. The connecting device according to claim 1, characterized in that said Super-USB socket (1) is provided with an insulating base (BO, equipped with circular holes (H3 insulating base (B4), H4 ) and a square tubular metal casing (C3), the metal shell (C3) equipped with an insulating base (B5), four weeks insulation base (B5), respectively, the inner wall of the metal housing and the left (C3) of space, the bottom of the insulation base (B5) is provided with a plurality of conductive terminals, comprising a power source terminal (S1, S4), the signal terminals (S2, S3), and, in the round hole (H3) equipped with tube shaped load power supply terminal (S5), and features a circular tube load power supply terminal (S6) in said round hole (H4), and a metal shell (C3) and its contents and the load power supply terminal (S5, S6 ) of the electrically insulating, load power supply terminal (S5, S6) and an insulating base (B4, B5) and a metal shell (C3) by an insulating material is fixed in a predetermined position to ensure that the Super-USB socket (1) and energy distribution, t each plug 4 Si Weng wife.
7. 如权利要求3所述的连接装置,其特征在于,所述的Super-USB插头(2 ) 头部设有四方管形的金属外壳(C4),在所述的金属外壳(C4)内的底部设有绝缘基座(B6 ),绝缘基座(B6 )的顶部分别设有多个导电端子, 包括电源端子(P1, P4)、信号端子(P2, P3),以及,在所述的Super-USB 插头(2)头部还设有圆棒形的负载电源端子(P5, P6),以及,金属外壳(C4)与其内容物和负载电源端子(P5, P6)相电绝缘,负载电源端子(P5, P6 )和绝缘基座(B6 )及金属外壳(C4 )通过绝缘材料固定在预定的位置处,以确保所述的Super-USB插头(2)和相对应的Super-USB插座(1)能相互插接。 7. The connector apparatus according to claim 3, characterized in that said Super-USB connector (2) is provided with a head square tubular metal casing (C4), the (C4) in the metal shell provided with an insulating base (B6) a bottom, the top of the insulation base (B6) are respectively provided with a plurality of conductive terminals, comprising a power source terminal (P1, P4), the signal terminals (P2, P3), and, in the Super-USB connector (2) also has a rod-shaped head load power supply terminal (P5, P6), and a metal shell (C4) and its contents and the load power supply terminal (P5, P6) electrically insulating, load power of the terminal (P5, P6) and an insulating base (B6) and the metal shell (C4) through an insulating material is fixed in a predetermined position to ensure that the Super-USB connector (2) and corresponding to the Super-USB socket ( 1) can be inserted to each other.
8. 如权利要求6或7所述的连接装置,其特征在于,所述的圓洞(H3)位于所述的金属外壳(C3)的上方和所述的圆洞(H4)位于所述的金属外壳(C3)的下方或所述的圆洞(H3)位于所述的金属外壳(C3)的下方和所述的圆洞(H4)位于所述的金属外壳(C3)的上方或所述的圓洞(H3)位于所述的金属外壳(C3)的左方和所述的圆洞(H4)位于所述的金属外壳(C3)的右方或所述的圆洞(H3)位于所述的金属外壳(C3)的右方和所述的圓洞(H4)位于所述的金属外壳(C3)的左方或所述的圓洞(H3, H4)位于所述的金属外壳(C3)的上方或所述的圆洞(H3, H4)位于所述的金属外壳(C3)的下方,以及,所述的负载电源端子(P5)位于所述的金属外壳(C4)的上方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的下方或所述的负载电源端子(P5) 位于所述的金属外壳(C4)的下方和所述的负载电源端子 8. The connector apparatus of claim 6 or claim 7, wherein said round hole (H3) located round hole (H4) of the upper metal housing (C3) and positioned according to the in said metal casing (C3) is located above or below the metal shell (C3) of the metal shell (C3) below or round hole (H3) and the round hole (H4) round hole (H3) located in said metal housing (C3) and the left of the round hole (H4) in said metal shell (C3) of the right round hole (H3) located or the rightward metal shell (C3) described later and the round hole (H4) in said metal shell (C3) in the left round hole (H3, H4) or in said metal housing (C3 ) located below said metal shell (C3) round hole (H3, H4) or above, and said load power supply terminal (P5) located in said metal housing (C4) and the above a load power supply terminal a load power supply terminal (P5) underneath the load power supply terminal (P6) of said metal in said housing (C4) or said metal in said housing (C4) and below said (P6)位于所述的金属外壳(C4)的上方或所述的负载电源端子(P5)位于所述的金属外壳(C4)的右方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的左方或所述的负载电源端子(P5)位于所述的金属外壳(C4) 的左方和所述的负载电源端子(P6)位于所述的金属外壳(C4)的右方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C4)的上方或所述的负载电源端子(P5, P6)位于所述的金属外壳(C4)的下方。 Upper right (P6) located in said metal housing (C4) of a load power supply terminal (P5) or in said metal shell (C4) and said power supply terminal of the load (P6) is located metal shell (C4) of the left load power supply terminal (P5) or in said metal shell (C4) of the left and the load power supply terminal (P6) located in said metal housing (C4) of a load power supply terminal (P5, P6) located below said metal housing (C4) above a load power supply terminal (P5, P6) located on the right or the metal shell (C4) or said.
9. 如权利要求1或2或3或4或6或7所述的连接装置,其特征在于,所述的Super-USB插座(1 )上还i殳有锁扣孔(3 ),以及,所述的Super-USB 插头(2 )上还设有锁扣(4 ),锁扣(4 )上设有释放杆(401 ),以及, 当Super-USB插头(2 )与Super-USB插座(1 )相对插接时,Super-USB 插座(1 )上的锁扣孔(3 )会将Super-USB插头(2 )上的锁扣(4 )固定在锁扣孔(3 )内, <吏Super-USB插头(2 )与Super-USB插座(1 ) 保持相对插接状态,直至锁扣(4 )上的释放杆(401)被按住,才能将Super-USB插头(2 )从Super-USB插座(1 )中拔出。 9. 1 or 2 or 3 or 4 or 6 or connecting device according to claim 7, characterized in that said Super-USB socket (1) further has a catch hole Shu i (3), and, on the Super-USB connector (2) it is further provided latch (4), is provided on the catch (4) a release lever (401), and, when the Super-USB connector (2) with Super-USB socket ( 1) when the opposite connector catch on the Super-USB socket (latching hole 1) (3) will Super-USB connector (2) (4) is fixed) (3 catch hole, <officials Super-USB connector (2) with Super-USB socket (1) remains relatively fitted state, until the latch release lever (401) on (4) is held down, to the Super-USB connector (2) from the Super- USB is unplugged (1).
10. 如权利要求1或2或3或4或6或7所述的连接装置,其特征在于,所述的电源端子(SI, S4)宽度为1. 5mm至2mm,和/或所述的电源端子(PI , P4 )宽度为1. 5mm至2mm。 10. 1 or 2 or 3 or 4 or 6 or connecting device according to claim 7, wherein said power supply terminal (SI, S4) a width of 1. 5mm to 2mm, and / or a power supply terminal (PI, P4) to a width of 1. 5mm 2mm.
CNU2008200958877U 2008-07-29 2008-07-29 SUPER-USB connecting device provided with load power supply terminal CN201252294Y (en)

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US8792256B2 (en) 2012-01-27 2014-07-29 Power Systems Technologies Ltd. Controller for a switch and method of operating the same
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US8976549B2 (en) 2009-12-03 2015-03-10 Power Systems Technologies, Ltd. Startup circuit including first and second Schmitt triggers and power converter employing the same
US9019061B2 (en) 2009-03-31 2015-04-28 Power Systems Technologies, Ltd. Magnetic device formed with U-shaped core pieces and power converter employing the same
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US9246391B2 (en) 2010-01-22 2016-01-26 Power Systems Technologies Ltd. Controller for providing a corrected signal to a sensed peak current through a circuit element of a power converter
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WO2017190644A1 (en) * 2016-05-02 2017-11-09 蔡周贤 Double-sided electrical connector having large current capacity and high-frequency signal transmission

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US9197132B2 (en) 2006-12-01 2015-11-24 Flextronics International Usa, Inc. Power converter with an adaptive controller and method of operating the same
US8502520B2 (en) 2007-03-14 2013-08-06 Flextronics International Usa, Inc Isolated power converter
US8488355B2 (en) 2008-11-14 2013-07-16 Power Systems Technologies, Ltd. Driver for a synchronous rectifier and power converter employing the same
US9088216B2 (en) 2009-01-19 2015-07-21 Power Systems Technologies, Ltd. Controller for a synchronous rectifier switch
US8520414B2 (en) 2009-01-19 2013-08-27 Power Systems Technologies, Ltd. Controller for a power converter
US9019061B2 (en) 2009-03-31 2015-04-28 Power Systems Technologies, Ltd. Magnetic device formed with U-shaped core pieces and power converter employing the same
US8514593B2 (en) 2009-06-17 2013-08-20 Power Systems Technologies, Ltd. Power converter employing a variable switching frequency and a magnetic device with a non-uniform gap
US8643222B2 (en) 2009-06-17 2014-02-04 Power Systems Technologies Ltd Power adapter employing a power reducer
US9077248B2 (en) 2009-06-17 2015-07-07 Power Systems Technologies Ltd Start-up circuit for a power adapter
US8638578B2 (en) 2009-08-14 2014-01-28 Power System Technologies, Ltd. Power converter including a charge pump employable in a power adapter
US8976549B2 (en) 2009-12-03 2015-03-10 Power Systems Technologies, Ltd. Startup circuit including first and second Schmitt triggers and power converter employing the same
US8520420B2 (en) 2009-12-18 2013-08-27 Power Systems Technologies, Ltd. Controller for modifying dead time between switches in a power converter
US8787043B2 (en) 2010-01-22 2014-07-22 Power Systems Technologies, Ltd. Controller for a power converter and method of operating the same
US9246391B2 (en) 2010-01-22 2016-01-26 Power Systems Technologies Ltd. Controller for providing a corrected signal to a sensed peak current through a circuit element of a power converter
US8767418B2 (en) 2010-03-17 2014-07-01 Power Systems Technologies Ltd. Control system for a power converter and method of operating the same
WO2011119850A3 (en) * 2010-03-26 2011-11-17 Power Systems Technologies, Ltd. Power adapter having a universal serial bus hub
US8792257B2 (en) 2011-03-25 2014-07-29 Power Systems Technologies, Ltd. Power converter with reduced power dissipation
US8792256B2 (en) 2012-01-27 2014-07-29 Power Systems Technologies Ltd. Controller for a switch and method of operating the same
US9190898B2 (en) 2012-07-06 2015-11-17 Power Systems Technologies, Ltd Controller for a power converter and method of operating the same
US9106130B2 (en) 2012-07-16 2015-08-11 Power Systems Technologies, Inc. Magnetic device and power converter employing the same
US9214264B2 (en) 2012-07-16 2015-12-15 Power Systems Technologies, Ltd. Magnetic device and power converter employing the same
US9099232B2 (en) 2012-07-16 2015-08-04 Power Systems Technologies Ltd. Magnetic device and power converter employing the same
US9240712B2 (en) 2012-12-13 2016-01-19 Power Systems Technologies Ltd. Controller including a common current-sense device for power switches of a power converter
US9300206B2 (en) 2013-11-15 2016-03-29 Power Systems Technologies Ltd. Method for estimating power of a power converter
WO2017190644A1 (en) * 2016-05-02 2017-11-09 蔡周贤 Double-sided electrical connector having large current capacity and high-frequency signal transmission

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