WO2016165104A1 - 高速信号传输装置 - Google Patents

高速信号传输装置 Download PDF

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Publication number
WO2016165104A1
WO2016165104A1 PCT/CN2015/076750 CN2015076750W WO2016165104A1 WO 2016165104 A1 WO2016165104 A1 WO 2016165104A1 CN 2015076750 W CN2015076750 W CN 2015076750W WO 2016165104 A1 WO2016165104 A1 WO 2016165104A1
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WO
WIPO (PCT)
Prior art keywords
transmission device
plug connector
connector
signal
socket connector
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PCT/CN2015/076750
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English (en)
French (fr)
Inventor
陈祥峰
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祥峰实业股份有限公司
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Application filed by 祥峰实业股份有限公司 filed Critical 祥峰实业股份有限公司
Priority to PCT/CN2015/076750 priority Critical patent/WO2016165104A1/zh
Publication of WO2016165104A1 publication Critical patent/WO2016165104A1/zh

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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R27/00—Coupling parts adapted for co-operation with two or more dissimilar counterparts
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R31/00—Coupling parts supported only by co-operation with counterpart
    • H01R31/06—Intermediate parts for linking two coupling parts, e.g. adapter

Definitions

  • the present invention relates to a high-speed signal transmission device, and more particularly to a dual-connected first socket connector provided by a combination of a first transmission device and a second transmission device to be disposed on a circuit board end of a signal source on both sides,
  • the third socket connector is combined with the second socket connector and the fourth socket connector to transmit the signal of the vehicle to the speed of the USB 3.0 to improve the signal transmission rate of the high-speed signal transmission device.
  • the signal cable in order to improve the transmission efficiency of the signal transmission to the USB3.0, the signal cable must have 9 sets of signal lines. Similarly, since there are 9 sets of signal lines, of course, there must be a plug connector and a socket connector including 9 sets of terminals. Therefore, in the case where the transmission speed used by the current vehicle is USB 2.0, because of the transmission rate. Low, it will cause the problem of delayed signal transmission of the vehicle. If an external USB device, such as an audio-visual device or a data computer, is currently a USB3.0 system, the speed can only be reduced to the vehicle system, and the audio-visual and computer cannot be upgraded. The quality of the system.
  • the vehicle signal can be transmitted to the speed of USB 3.0 to enhance the vehicle signal, or audio and video transmission, or the reading and transmission of computer data to the high-speed signal transmission device of the vehicle system.
  • the high-speed signal transmission device of the present invention is configured to provide a first signal cable on the first transmission device, and a first plug connector and a second plug connector at each end of the first signal cable; a second transmission device, wherein the second transmission device is provided with a second signal cable, and a third plug connector and a fourth plug connector are disposed at two ends of the second signal cable; corresponding to the first transmission device
  • the plug connector and the third plug connector of the second transmission device are provided with a double-connected first socket connector and a third socket connector at the circuit board end of the signal source, corresponding to the second plug of the first transmission device
  • the connector and the fourth plug connector of the second transmission device are provided with a double-connected second socket connector and a fourth socket connector at the circuit board end of the other end signal source, so that the first transmission device
  • the combined use of the second transmission device transmits the vehicle signal to the speed of the USB 3.0 to improve the efficiency of the signal transmission.
  • the high-speed signal transmission device of the present invention wherein the first plug connector and the second plug connector disposed at both ends of the first signal cable of the second transmission device; and the second signal cable of the second transmission device
  • the third plug connector and the fourth plug connector provided at both ends are replaced by the socket connector; and the first socket connector, the third socket connector, and the second socket connector are provided on the circuit board end of the vehicle signal source
  • the two socket connector and the fourth socket connector are replaced by a plug connector, so that the first transmission device and the second transmission device can be used together, and the double connection corresponding to the circuit board end inserted in the signal source is provided.
  • the connector enhances the speed at which the car uses the signal transmission to reach USB 3.0.
  • the high-speed signal transmission device of the present invention wherein the first transmission device is provided with a first signal cable, and the first plug connector and the second plug connector are respectively disposed at two ends of the first signal cable; the second transmission device a second signal cable is disposed at each end of the second signal cable, and a third plug connector and a fourth plug connector are respectively disposed; corresponding to the first plug connector and the second transport device of the first transmitting device
  • the third plug connector is provided with a double-connected first socket connector and a third socket connector at the circuit board end of the signal source, corresponding to the second plug connector of the first transmission device and the second transmission device
  • the four-plug connector is provided with a second socket connector and a fourth socket connector at the input end of the vehicle, and the other side of the second socket connector and the fourth socket connector convert the signal to the universal connector or the like
  • the signal input connector can obtain the speed of the signal transmission by using the combination of the first transmission device and the second transmission device to transmit the vehicle signal to the speed of the USB 3.0.
  • FIG. 1 is a plan view of a first transport device and a second transport device according to the present invention.
  • Figure 2 is an enlarged cross-sectional view taken along line A-A of Figure 1.
  • FIG 3 is a view showing a state before the transmission device and the connector of the signal source are combined according to the first embodiment of the present invention.
  • FIG. 4 is a view showing a state before the transmission device and the connector of the signal source are combined according to the second embodiment of the present invention.
  • First transmission device 1 first signal cable 10
  • Second transmission device 2 second signal cable 20
  • FIG. 1 and FIG. 2 it is a high-speed signal transmission device according to the present invention, comprising a first transmission device 1 and a first signal cable 10, respectively provided at two ends of the first signal cable 10 a plug connector 11a and a second plug connector 11b, the first signal cable 10 is internally provided with four sets of signal lines 10a, 10b, 10c, 10d, so that the two ends of the first signal cable are It is only necessary to provide four sets of terminals for the first plug connector 11a and the second plug connector 11b.
  • the high-speed signal transmission device of the present invention comprises a second transmission device 2, a second signal cable 20, and a third plug respectively disposed at two ends of the second signal cable 20.
  • the connector 21a and the fourth plug connector 21b are provided with two sets of high-speed transmission line groups 20a, 20b inside the second signal cable 20, and the high-speed transmission line groups 20a, 20b are respectively provided with two signal lines 200a, 200b and 200c, 200d and a grounding wire 200e, 200f to form two sets of wires, so that only the third plug connector 21a and the fourth plug connector 21b provided at both ends of the second signal cable need only set four groups Terminal.
  • FIG. 3 it is a first embodiment of the present invention, and corresponds to the first plug connector 11a of the first transmission device 1 and the third plug connector 21a of the second transmission device 2, which is a circuit of the signal source.
  • the board end is provided with a double-connected first socket connector 3a and a third socket connector 4a.
  • the double-connected first socket connector 3a and the third socket connector 4a are combined by a connecting member 30.
  • the first plug connectors 11a, 11b of a transport device 1 operate with the terminals of the second plug connectors 21a, 21b of the second transport device 2.
  • the second plug connector 11b corresponding to the first transmission device 1 and the fourth plug connector 21b of the second transmission device 2 are provided with a double-connected second socket connector 3b at the circuit board end of the other end signal source.
  • the fourth socket connector 4b, the double-connected second socket connector 3b and the fourth socket connector 4b are integrally combined by a connecting member 30, and can be distinguished by color.
  • the installer quickly inserts the connection, and maintains each of the second socket connector 3b and the fourth socket connector 4b with four sets of terminals to cooperate with the second plug connector 11b and the second of the first transmission device 1
  • the terminal connection of the fourth plug connector 21b of the transmission device 2 is operated, so that the combination of the first transmission device and the second transmission device can be obtained.
  • the signal is transmitted to the speed of USB 3.0 to improve the efficiency of signal transmission.
  • FIG. 4 it is a second embodiment of the present invention, corresponding to the first plug connector 11a of the first transmission device 1 and the third plug connector 21a of the second transmission device 2, which is a circuit of the signal source.
  • the board end is provided with a double-connected first socket connector 3a and a third socket connector 4a.
  • the double-connected first socket connector 3a and the third socket connector 4a are combined by a connecting member 30. Integrating and distinguishing by color, the user or the installer can quickly insert the connection, and maintain the four sets of terminals of each of the first socket connector 3a and the third socket connector 4a to match the foregoing
  • the first plug connector 11a of a transport device 1 operates in conjunction with the terminals of the third plug connector 21a of the second transport device 2.
  • the second socket connector 3b and the fourth socket connector 4b are provided at the input end of the vehicle, And by distinguishing the colors, the user or the installer can quickly insert the connection, and the second socket connector 3b and the fourth socket connector 4b are each provided with four sets of terminals to cooperate with the first transmission device 1
  • the second plug connector 11b is connected to the terminal of the fourth plug connector 21b of the second transport device 2, the second socket connector 3b and the fourth socket connector 4b and the universal connector or other signal input connector 4c
  • the signal exchange device can be combined to form a connection device for the USB audio/video device, the computer device or the USB data transmission device by using a universal connector or other signal input connector 4c disposed in the vehicle, thereby being able to pass through the display device of the vehicle.
  • the playback device plays the audio and video content, and the signal is transmitted to the speed of the USB 3.0 by the combination of the first transmission device and the second transmission device to improve the efficiency
  • the high-speed signal transmission device of the present invention wherein the first plug connector and the second plug connector provided in the second transmission device; and the third plug connector and the fourth plug connector provided in the second transmission device , can be replaced by a socket connector; and a first socket connector and a third socket connector provided at a circuit board end of one end signal source, and a second socket connector provided at a circuit board end of the other end signal source And the fourth socket connector, or the second socket connector and the fourth socket connector provided in the in-vehicle input terminal, can be replaced by a plug connector, as long as the first transmission device and the second transmission device can be used together, and Corresponding to the connector provided at the board end of the signal source or the input end of the vehicle.
  • the first plug connector and the second plug connector provided by the first transmission device of the present invention, the third plug connector and the fourth plug connector provided by the second transmission device are double-connected to one end signal source.
  • a first socket connector and a third socket connector, the other end of the signal source is provided with a double-connected second socket connector and a fourth socket connector; or a second socket connector and a fourth socket provided in the vehicle input end
  • the socket connectors are not limited by the definition of the name and can be operated according to actual usage requirements.
  • the present invention can be used to enhance the signal transmission of the vehicle to reach the USB3 by the combination of the first transmission device and the second transmission device, and the connector provided at the circuit board end of the signal source or the input end of the vehicle.
  • the speed of 0 the effect of enhancing the signal transmission, it can be seen that the present invention is indeed practical and progressive, and constitutes the composition of the case.

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  • Details Of Connecting Devices For Male And Female Coupling (AREA)

Abstract

高速信号传输装置，包含：第一、第二传输装置(1,2)，前述第一传输装置(1)设第一信号缆线(10)，于前述第一信号缆线(10)两端分设第一、第二插头连接器(11a,11b)；前述第二传输装置(2)设第二信号缆线(20)，于前述第二信号缆线两端分设第三、第四插头连接器(21a,21b)；对应于前述第一传输装置(1)的第一插头连接器(11a)与第二传输装置(2)的第三插头连接器(21a)，乃于一端信号源的电路板端设双连结的第一插座连接器(3a)与第三插座连接器(4a)，及对应于前述第一传输装置(1)的第二插头连接器(11b)与第二传输装置(2)的第四插头连接器(21b)，则于另一侧信号源的电路板端设双连结的第二插座连接器(3b)与第四插座连接器(4b)，如此，得藉由第一传输装置(1)与第二传输装置(2)的并用设置，将信号传输到达USB3.0的速度，以提升信号传输的速率。

Description

高速信号传输装置 技术领域
本发明是关于高速信号传输装置，尤指一种藉由第一传输装置与第二传输装置的并用设置，以与两侧信号源的电路板端所设的双连结的第一插座连接器、第三插座连接器与第二插座连接器、第四插座连接器互为结合，即可将车用信号传输到达USB3.0的速度，以提升信号传输速率的高速信号传输装置。
背景技术
根据已知的信号传输缆线，如中国台湾新型第M479496号及第M479497号等现有技术，为提升信号传输效率到达USB3.0的传输速度，信号缆线必须设有9组的信号线，同样地，既然设有9组信号线，当然就必须有包含9组端子的插头连接器与插座连接器，因此，在目前车辆所使用的传输速度均为USB2.0的情况下，因为传输速率低，会造成车辆信号传输推迟的问题，如要外接的USB装置，如影音装置、数据计算机等目前均为USB3.0的系统，则只能降低速度以传输到车辆系统，无法提升影音与计算机系统的质量。
为此，本案发明人，积多年相关产品的设计与制造经验，特针对前述目前车用信号传输速度的问题加以研究，乃发明本案。
发明的公开
本发明的目的，乃是在提供一种藉由并用的第一传输装置与第二传输装置，与信号源的电路板端所设双连结的第一插座连接器与第二插座连接器，即可将车用信号传输到达USB3.0的速度，以提升车用信号、或影音传输、或计算机数据的读取与传输到车用系统的高速信号传输装置。
为达前述目的，本发明所述的高速信号传输装置，乃于第一传输装置设第一信号缆线，前述第一信号缆线两端各设第一插头连接器及第二插头连接器；设第二传输装置，前述第二传输装置设第二信号缆线，于前述第二信号缆线两端设第三插头连接器及第四插头连接器；对应于前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器，乃于信号源的电路板端设双连结的第一插座连接器与第三插座连接器，对应于前述第一传输装置的第二插头连接器与第二传输装置的第四插头连接器，乃于另端信号源的电路板端设双连结的第二插座连接器与第四插座连接器，如此，得藉由第一传输装置与第二传输装置的并用设置，将车用信号传输到达USB3.0的速度，以提升信号传输的效率者。
本发明所述的高速信号传输装置，其中于第二传输装置的第一信号缆线两端所设的第一插头连接器及第二插头连接器；与第二传输装置的第二信号缆线两端所设的第三插头连接器及第四插头连接器，得以插座连接器取代；及于车用信号源的电路板端设双连结的第一插座连接器、第三插座连接器、第二插座连接器与第四插座连接器，得以插头连接器取代，如此，即可将第一传输装置与第二传输装置的并用，并对应于插设于信号源的电路板端所设双连结的连接器，提升车用信号传输到达USB3.0的速度。
本发明所述的高速信号传输装置，其中第一传输装置设第一信号缆线，于前述第一信号缆线两端各设第一插头连接器及第二插头连接器；前述第二传输装置设第二信号缆线，于前述第二信号缆线两端各设有第三插头连接器及第四插头连接器；对应于前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器，乃于信号源的电路板端设双连结的第一插座连接器与第三插座连接器，对应于前述第一传输装置的第二插头连接器与第二传输装置的第四插头连接器，乃于车内输入端设第二插座连接器与第四插座连接器，前述第二插座连接器与第四插座连接器的另一侧并将信号转换到万用接头或其他信号输入接头，即可得藉由第一传输装置与第二传输装置的并用设置，将车用信号传输到达USB3.0的速度，以提升信号传输的效率。
附图的简要说明
从对说明本发明的主旨及其使用的优选实施例和附图的以下描述来看，本发明的以上和其它目的、特点和优点将是显而易见的，在附图中：
图1是本发明所述的第一传输装置与第二传输装置的俯视图。
图2是图1中沿A-A线的剖视放大图。
图3是本发明实施例一所述的传输装置与信号源的连接器结合前的状态图。
图4是本发明实施例二所述的传输装置与信号源的连接器结合前的状态图。
【主要元件符号说明】
第一传输装置1        第一信号缆线10
第一插头连接器11a    第二插头连接器11b
信号线10a、10b、10c、10d
第二传输装置2        第二信号缆线20
第三插头连接器21a    第四插头连接器21b
高速传输线组20a、20b
信号线200a、200b、200c、200d
接地线200e、200f
第一插座连接器3a     第二插座连接器3b
第三插座连接器4a     第四插座连接器4b       万用接头4c
连结件30
实现本发明的最佳方式
如此，为使公众得以充分了解本发明所述的高速信号传输装置，兹依附图式解说如下：
如图1及2所示，其为本发明所述的高速信号传输装置，包含第一传输装置1，设第一信号缆线10，于前述第一信号缆线10的两端分别设有第一插头连接器11a与第二插头连接器11b，前述第一信号缆线10的内部并设有四组信号线10a、10b、10c、10d，如此，乃于第一信号缆线的两端所设的第一插头连接器11a与第二插头连接器11b仅需设置四组端子即可。
如图1及2所示，本发明所述的高速信号传输装置，包含第二传输装置2，设第二信号缆线20，于前述第二信号缆线20的两端分别设有第三插头连接器21a与第四插头连接器21b，前述第二信号缆线20的内部并设有两组高速传输线组20a、20b，前述高速传输线组20a、20b各设有两条信号线200a、200b与200c、200d及一条接地线200e、200f，以形成两组线，如此，乃于第二信号缆线的两端所设的第三插头连接器21a与第四插头连接器21b仅需设置四组端子。
如图3所示，其为本发明的实施例一，对应于前述第一传输装置1的第一插头连接器11a与第二传输装置2的第三插头连接器21a，乃于信号源的电路板端设有双连结的第一插座连接器3a与第三插座连接器4a，前述双连结的第一插座连接器3a与第三插座连接器4a乃是藉由一连结件30将二者结合成一体，且藉由颜色得以区分，即可让使用者或安装施工者快速插设连结，并维持各第一插座连接器3a与第三插座连接器4a各有四组端子，以配合前述第一传输装置1的第一插头连接器11a、11b与第二传输装置2的第二插头连接器21a、21b的端子运作。对应于前述第一传输装置1的第二插头连接器11b与第二传输装置2的第四插头连接器21b，乃于另端信号源的电路板端设双连结的第二插座连接器3b与第四插座连接器4b，前述双连结的第二插座连接器3b与第四插座连接器4b乃是藉由一连结件30将二者结合成一体，且藉由颜色得以区分，即可让使用者或安装施工者快速插设连结，并维持各第二插座连接器3b与第四插座连接器4b各有四组端子，以配合前述第一传输装置1的第二插头连接器11b与第二传输装置2的第四插头连接器21b的端子连接运作，如此，即可得藉由第一传输装置与第二传输装置的并用设置， 将信号传输到达USB3.0的速度，以提升信号传输的效率。
如图4所示，其为本发明的实施例二，对应于前述第一传输装置1的第一插头连接器11a与第二传输装置2的第三插头连接器21a，乃于信号源的电路板端设有双连结的第一插座连接器3a与第三插座连接器4a，前述双连结的第一插座连接器3a与第三插座连接器4a乃是藉由一连结件30将二者结合成一体，且藉由颜色得以区分，即可让使用者或安装施工者快速插设连结，并维持各第一插座连接器3a与第三插座连接器4a各有四组端子，以配合前述第一传输装置1的第一插头连接器11a与第二传输装置2的第三插头连接器21a的端子结合运作。对应于前述第一传输装置1的第二插头连接器11b与第二传输装置2的第四插头连接器21b，乃于车内输入端设第二插座连接器3b与第四插座连接器4b，且藉由颜色得以区分，即可让使用者或安装施工者快速插设连结，并维持第二插座连接器3b与第四插座连接器4b各有四组端子，以配合前述第一传输装置1的第二插头连接器11b与第二传输装置2的第四插头连接器21b的端子连接运作，前述第二插座连接器3b与第四插座连接器4b并与万用接头或其他信号输入接头4c相结合而形成信号交换装置，即可藉由设置于车内的万用接头或其他信号输入接头4c以为USB影音装置、算机装置或USB数据传输设备插设连接，即可经由车辆的显示设备或播放装置播放影音内容，藉由第一传输装置与第二传输装置的并用设置，将信号传输到达USB3.0的速度，以提升信号传输的效率。
本发明所述的高速信号传输装置，其中于第二传输装置所设的第一插头连接器及第二插头连接器；与第二传输装置所设的第三插头连接器及第四插头连接器，均得以以插座连接器取代；及于一端信号源的电路板端所设的第一插座连接器及第三插座连接器，及另一端信号源的电路板端所设的第二插座连接器及第四插座连接器，或车内输入端所设的第二插座连接器及第四插座连接器，均得以以插头连接器取代，只要可将第一传输装置与第二传输装置并用，并对应于插设于信号源的电路板端或车内输入端所设的连接器即可。因此，本发明的第一传输装置所设的第一插头连接器及第二插头连接器，第二传输装置所设的第三插头连接器及第四插头连接器，一端信号源所设双连结的第一插座连接器与第三插座连接器，另一端信号源所设双连结的第二插座连接器及第四插座连接器；或车内输入端所设的第二插座连接器及第四插座连接器，均不受该名称的定义所限制，得以依据实际使用需求而变化运作。
由此，本发明得以藉由第一传输装置与第二传输装置的并用设置，配合信号源的电路板端或车内输入端所设的连接器，即可将车用信号传输提升到达USB3.0的速度，强化信号传输效用者，足见本发明确实具备实用性与进步性，为本案的组成。

Claims (11)

  1. 一种高速信号传输装置，其特征在于，至少包含：第一传输装置，设第一信号缆线，前述第一信号缆线两端分别设第一插头连接器与第二插头连接器；第二传输装置，设第二信号缆线，前述第二信号缆线两端分别设第三插头连接器与第四插头连接器；对应于前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器，乃于一端信号源的电路板端设双连结的第一插座连接器与第三插座连接器，及对应于前述第一传输装置的第二插头连接器与第二传输装置的第四插头连接器，于另一侧信号源的电路板端设双连结的第二插座连接器与第四插座连接器，如此，得藉由第一传输装置与第二传输装置的并用设置，将信号传输到达USB3.0的速度，以提升信号传输的速率。
  2. 如权利要求1所述的高速信号传输装置，其特征在于，所述第一传输装置的第一信号缆线内部设四组信号线，如此，乃于第一信号缆线两端所设的第一插头连接器及第二插头连接器仅需设四组端子。
  3. 如权利要求1所述的高速信号传输装置，其特征在于，所述第二传输装置的第二信号缆线内部设两组高速传输线组，前述高速传输线组各设两条信号线及一条接地线，以形成二组线，如此，乃于第二信号缆线两端所设的第三插头连接器及第四插头连接器仅需设四组端子。
  4. 如权利要求1所述的高速信号传输装置，其特征在于，对应于第一传输装置的第一插头连接器与第二传输装置的第三插头连接器的信号源电路板端所设的双连结的第一插座连接器与第三插座连接器，乃是藉由一连结件将二者结合成一体，且藉由颜色区分，并于第一插座连接器与第三插座连接器各设四组端子，以配合前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器的端子运作。
  5. 如权利要求1所述的高速信号传输装置，其特征在于，对应于第一传输装置的第二插头连接器与第二传输装置的第四插头连接器的信号源电路板端所设的双连结的第二插座连接器与第四插座连接器，乃是藉由一连结件将二者结合成一体，且藉由颜色区分，并于第二插座连接器与第四插座连接器各设四组端子，以配合前述第一传输装置的第二插头连接器与第二传输装置的第四插头连接器的端子运作。
  6. 如权利要求1所述的高速信号传输装置，其特征在于，所述第一传输装置的第一插头连接器及第二插头连接器与第二传输装置的第三插头连接器及第四插头连接器，得以以插座连接器取代，并将信号源电路板端所设的第一插座连接器及第三插座连接器与第二插座连接器及第四插座连接器，以插头连接器取代之，以配合使用需求。
  7. 一种高速信号传输装置，其特征在于，至少包含：第一传输装置，设第一信号缆线，前述第一信号缆线两端分别设第一插头连接器与第二插头连接器；第二传输装置，设第二信号缆线，前述第二信号缆线两端分别设第三插头连接器与第四插头连接器；对应于前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器，乃于一端信号源的电路板端设双连结的第一插座连接器与第三插座连接器，及对应于前述第一传输装置的第二插头连接器与第二传输装置的第四插头连接器，于车内输入端设第二插座连接器与第四插座连接器，前述第二插座连接器与第四插座连接器并与万用接头或其他输入接头相结合而形成信号交换装置，如此，得藉由第一传输装置与第二传输装置的并用设置，将信号传输到达USB3.0的速度，以提升信号传输的速率者。
  8. 如权利要求7所述的高速信号传输装置，其特征在于，所述第一传输装置的第一信号缆线内部设四组信号线，如此，乃于第一信号缆线两端所设的第一插头连接器及第二插头连接器仅需设四组端子。
  9. 如权利要求7所述的高速信号传输装置，其特征在于，所述第二传输装置的第二信号缆线内部设两组高速传输线组，前述高速传输线组各设两条信号线及一条接地线，以形成二组线，如此，乃于第二信号缆线两端所设的第三插头连接器及第四插头连接器仅需设四组端子。
  10. 如权利要求7所述的高速信号传输装置，其特征在于，对应于第一传输装置的第一插头连接器与第二传输装置的第三插头连接器的信号源电路板端所设的双连结的第一插座连接器与第三插座连接器，乃是藉由一连结件将二者结合成一体，且藉由颜色得以区分，并于第一插座连接器与第三插座连接器各设四组端子，以配合前述第一传输装置的第一插头连接器与第二传输装置的第三插头连接器的端子运作。
  11. 如权利要求7所述的高速信号传输装置，其特征在于，所述第一传输装置的第一插头连接器及第二插头连接器与第二传输装置的第三插头连接器及第四插头连接器，得以以插座连接器取代，并将信号源电路板端所设的第一插座连接器及第三插座连接器与车内输入端所设的第二插座连接器及第四插座连接器，以插头连接器取代之，以配合使用需求。
PCT/CN2015/076750 2015-04-16 2015-04-16 高速信号传输装置 WO2016165104A1 (zh)

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