WO2017210860A1 - 连接器公座、连接器母座以及连接器 - Google Patents

连接器公座、连接器母座以及连接器 Download PDF

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Publication number
WO2017210860A1
WO2017210860A1 PCT/CN2016/085133 CN2016085133W WO2017210860A1 WO 2017210860 A1 WO2017210860 A1 WO 2017210860A1 CN 2016085133 W CN2016085133 W CN 2016085133W WO 2017210860 A1 WO2017210860 A1 WO 2017210860A1
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Prior art keywords
pin
type
transmitting
signal
jack
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PCT/CN2016/085133
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English (en)
French (fr)
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李程
吴常军
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广州视睿电子科技有限公司
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Priority to PCT/CN2016/085133 priority Critical patent/WO2017210860A1/zh
Publication of WO2017210860A1 publication Critical patent/WO2017210860A1/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
    • H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
    • H01R12/70—Coupling devices
    • H01R12/71—Coupling devices for rigid printing circuits or like structures
    • H01R12/72—Coupling devices for rigid printing circuits or like structures coupling with the edge of the rigid printed circuits or like structures
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/02—Contact members
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/66—Structural association with built-in electrical component

Definitions

  • the present invention relates to the field of signal transmission technologies, and in particular, to a connector male seat, a connector female base, and a connector.
  • multimedia interactive products such as smart interactive tablets and digital signage, which have built-in function modules
  • multiple interfaces are needed for signal transmission.
  • the prior art mainly relies on 80PIN (pin) or 48PIN plug-in connectors to implement interface functions.
  • the existing connector can only transmit low-bandwidth signals, and the transmission rate is low, which limits the communication between high-speed signals, and the high-speed signal quality of the connector transmission is generally poor, and the connector can be realized during the communication interaction realization process.
  • the function is less, the interface is single, and the scalability is not strong, which cannot meet the needs of the rapidly developing multimedia interaction field.
  • the present invention provides a connector male seat, a connector female base and a connector to improve data transmission rate and expand interface functions.
  • the embodiment of the present invention adopts the following technical solutions:
  • a connector male seat includes a male body and a pin disposed on the male body, the pin comprising: a first type of pin for transmitting a power signal, a second type of pin for transmitting an HDMI signal, The third type of pin that transmits the USB signal, the fourth type of pin that transmits the PCI-E signal, the fifth type of pin that transmits the UART signal, the sixth type of pin that transmits the status control signal, and the seventh type that transmits the RJ45 network signal. Class pin.
  • the pin further includes an eighth type of pin for transmitting a DDI signal, a ninth type of pin for transmitting an I2C signal, and a tenth type of pin for transmitting a GPIO signal.
  • the second type of pin includes: a first part of the pin that transmits the HDMI 2.0 signal and a second part of the pin that transmits the HDMI 1.4 signal.
  • the third type of pin includes a signal for transmitting a USB 3.0 signal.
  • the fourth type of pin includes a sixth partial pin, a seventh partial pin, an eighth partial pin, and a ninth partial pin each transmitting a PCI-E 1X signal.
  • the pin includes pins 1 to 120 which are sequentially set;
  • the first type of pins include pins 1 to 3;
  • the second type of pins include a 7th pin, a 8th pin, a 10th pin, a 11th pin, a 13th pin, a 14th pin, a 16th pin, a 17th pin, and a 67th pin.
  • the third type of pins include a 49th pin, a 50th pin, a 52nd pin, a 53rd pin, a 55th pin, a 56th pin, a 58th pin, and a 59th pin;
  • the fourth type of pins include a 31-pin, a 32-pin, a 34-pin, a 35-pin, a 37-pin, a 38-pin, a 40-pin, a 41-pin, and a 43-pin.
  • the fifth type of pin includes a pin 76 and a pin 77;
  • the sixth type of pins include pins 78 to 83;
  • the seventh type of pins include a 85-pin, a 86-pin, a 110-pin, a 111-pin, a 113-pin, a 114-pin, a 116-pin, a 117-pin, and a 119-pin. Pin, pin 120 and pin 90 to 92;
  • the eighth type of pins include pin 19, pin 20, pin 22, pin 23, pin 25, pin 26, pin 28, pin 29, and number 72. To the 74th pin;
  • the ninth type of pin includes a 46th pin and a 47th pin
  • the tenth type of pin includes a pin 87 and a pin 88;
  • Pin 6 Pin 9, Pin 12, Pin 15, Pin 21, Pin 24, Pin 27, Pin 30, Pin 33, 36th pin, 39th pin, 42nd pin, 45th pin, 48th pin, 51st pin, 54th pin, 57th pin, 60th to 65th pin, 71# Pin, 75-pin, 84-pin, 93-pin, 96-pin, 99-pin, 102-pin, 105-pin, 109-pin, 112-pin, 115 Pin and 118 The pin is grounded.
  • the embodiment of the invention further provides a connector base, comprising a base body and a jack disposed on the base body, the jack comprising: a first type of jack for transmitting a power signal, and transmitting an HDMI signal a second type of jack, a third type of jack for transmitting USB signals, a fourth type of jack for transmitting PCI-E signals, a fifth type of jack for transmitting UART signals, and a sixth type of jack for transmitting status control signals; A seventh type of jack that transmits RJ45 network signals.
  • the jack further includes an eighth type jack for transmitting a DDI signal, a ninth type jack for transmitting an I2C signal, and a tenth type jack for transmitting a GPIO signal.
  • the second type of jack includes a first portion of a jack for transmitting an HDMI 2.0 signal and a second portion of a jack for transmitting an HDMI 1.4 signal.
  • the third type of jack includes a third portion jack for transmitting a USB 3.0 signal and a fourth portion jack and a fifth portion jack for transmitting a USB 2.0 signal.
  • the fourth type of jack includes a sixth partial jack, a seventh partial jack, an eighth partial jack, and a ninth partial jack each transmitting a PCI-E 1X signal.
  • a connector including the connector male seat and the connector female base, wherein the connector male seat is in pin contact with the connector female socket, and the first type of lead Cooperating with the first type of jack to transmit the power signal, the second type of pin and the second type of jack cooperate to transmit the HDMI signal, the third type of pin and the third type
  • the jack cooperates with the transmission of the USB signal, and the fourth type of pins and the fourth type of jack cooperate to transmit the PCI-E signal, and the fifth type of pins and the fifth type of jacks cooperate to transmit
  • the UART signal, the sixth type of pin and the sixth type of jack cooperate to transmit the state control signal, and the seventh type of pin and the seventh type of jack cooperate to transmit an RJ45 network signal.
  • the pin of the connector male seat and the jack of the connector socket can be pin-coupled to realize transmission of various signals, realize different interface functions, and improve data transmission rate.
  • the first type of pin cooperates with the first type of jack to transmit a power signal, and can supply power for a function module (such as a PC module, a server module, and the like, and a pluggable functional module including an integrated computing processor).
  • the second type of pin cooperates with the second type of jack to transmit HDMI signals, and supports transmission of HDMI 2.0 signals. Increase the data transfer rate.
  • the third type of pin and the third type of jack cooperate with the transmission of the USB signal, and can be used by devices such as touch devices and USB cameras.
  • the fourth type of pins and the fourth type of jacks cooperate with the transmission of PCI-E signals to achieve various interface extensions.
  • the fifth type of pin and the fifth type of jack cooperate with the transmission of the UART signal
  • the sixth type of pin and the sixth type of jack cooperate with the transmission state control signal to realize intelligent communication between the power supply module and the external device.
  • the seventh type of pin and the seventh type of jack cooperate with the transmission of the RJ45 network signal, so that the function module can obtain the signal of the wired network.
  • the eighth type of pin and the eighth type of jack cooperate to transmit the DDI signal
  • the ninth type of pin and the ninth type of jack cooperate with the transmission of the I2C signal
  • the tenth type of the pin and the tenth type of the type of the socket cooperate with the transmission of the GPIO signal.
  • the function module can simultaneously process data of different interface devices through the connector in this embodiment, and meets the requirements of the rapidly developing multimedia interaction field.
  • the pin of the connector male seat is pin-fitted with the socket of the connector base, and the contact failure is not caused by the tolerance of the interface structure, so that the signal transmission is stable and the signal quality is ensured.
  • FIG. 1 is a schematic structural view of a connector male seat of the present invention in one embodiment
  • FIG. 2 is a schematic structural view of a connector base of the present invention in one embodiment
  • Figure 3 is a schematic view of the application of the connector of the present invention.
  • FIG. 1 is a schematic structural view of a connector mount 100 of the present invention in one embodiment
  • FIG. 2 is a schematic view A schematic structural view of the connector base 200 of the present invention in this embodiment.
  • the connector male base 100 in this embodiment includes a male body 1 and a pin 2 disposed on the male body 1 , and a plurality of pins 2 .
  • the connector socket 200 includes a socket body 3 and a socket 4 disposed on the socket body 3.
  • the socket 4 is also plural.
  • a connector is further provided, the connector includes a connector male base 100 and a connector female base 200, and the pin 2 of the connector male seat 100 is inserted into the insertion hole 4 of the connector base 200, so that the pin 2 is Contact with the jack 4 pin type.
  • the pin 2 of the connector male 100 is divided into seven categories, that is, the pin 2 includes: a first type of pin for transmitting a power signal, and a second for transmitting an HDMI (High Definition Multimedia Interface) signal.
  • Class pin the third type of pin for transmitting USB (Universal Serial Bus) signals
  • the fourth type of pin for transmitting PCI-E (Peripheral Component Interconnect Express) signals
  • the transmission UART Universal Asynchronous Receiver
  • UART Universal Asynchronous Receiver
  • the fifth type of pin for the signal the sixth type of pin that carries the status control signal
  • the connector male 100 has 120 pins, and the pins 2 are arranged in two rows, each of which includes 60 pins. Among them, the first row is from 1 to 60 pins from right to left, and the second row is pin 61 to 120 from right to left.
  • the jack 4 of the connector base 200 is also divided into seven categories, that is, the jack 4 includes: a first type jack for transmitting a power signal, a second type jack for transmitting an HDMI signal, and a third type jack for transmitting a USB signal.
  • the number of jacks of the connector base 200 is also 120, and the jacks 4 are arranged in two rows, each row including 60 jacks. Among them, the first row is from No. 1 to No. 60 jacks from left to right, and the second row is from No. 61 to No. 120 jacks from left to right.
  • the pin 2 of the connector male base 100 is pin-fitted with the corresponding socket 4 of the connector female base 200 (the same number is used in the connector male base 100 and the connector female base 200).
  • the pin and the jack are matched with each other to realize different interface functions and pin-type cooperation, which can realize transmission of various signals, realize different interface functions, and improve data transmission rate.
  • the first type of pin cooperates with the first type of jack to transmit a power signal, and can be a function module (for example, a PC module, a server module, etc.) Powered by a plug-in function module that includes an integrated computing processor.
  • the second type of pin cooperates with the second type of jack to transmit HDMI signals, which can support transmission of HDMI 2.0 signals and improve data transmission rate.
  • the third type of pin and the third type of jack cooperate with the transmission of the USB signal, and can be used by devices such as touch devices and USB cameras.
  • the fourth type of pins and the fourth type of jacks cooperate with the transmission of PCI-E signals to achieve various interface extensions.
  • the fifth type of pins and the fifth type of jacks cooperate to transmit UART signals
  • the sixth type of pins and the sixth type of jacks cooperate with transmission state control signals, such as power on (or off, sleep, standby) state detection signals, digital video signals.
  • the output detection signal, the function module is inserted and removed into the position detection control signal, and the like, and the intelligent communication between the function module and the external device is realized.
  • the seventh type of pin and the seventh type of jack cooperate with the transmission of the RJ45 network signal, so that the function module can obtain the signal of the wired network.
  • the functional module can simultaneously process data of different interface devices by using the connector in this embodiment.
  • the PC module is connected to the connector socket of the PC adapter board through the connector male seat. (Or the PC module is connected to the connector of the PC adapter board through the connector socket), the PC module can transmit different types of signals through the connector pin of the connector and the socket of the connector socket. Handle different types of data to meet the needs of the rapidly evolving multimedia interaction space.
  • the pin of the connector male seat is pin-fitted with the socket of the connector base, and the contact failure is not caused by the tolerance of the interface structure, so that the signal transmission is stable and the signal quality is ensured.
  • the pin 2 of the connector mount 100 further includes an eighth type of pin for transmitting a DDI (Device Driver Interface) signal, and an I2C (Inter-Integrated Circuit).
  • the jack of the connector base 200 further includes an eighth type jack for transmitting a DDI signal, a ninth type jack for transmitting an I2C signal, and a tenth type jack for transmitting a GPIO signal.
  • the eighth type of pins and the eighth type of jacks cooperate to transmit DDI signals
  • the ninth type of pins and the ninth type of jacks cooperate with the transmission of I2C signals
  • the tenth type of pins and the tenth type of types of jacks cooperate with the transmission of GPIO signals, further Extended interface features.
  • the pins include pins No. 1 to No. 120 which are sequentially disposed.
  • the first type of pins for transmitting power signals include pins 1 to 3;
  • the second type of pins for transmitting HDMI signals include pins 7 and 8, pins 10, and pins 11, Pin No. 13, Pin No. 14, Pin No. 16, Pin No. 17, Pin No. 67, No.
  • the third type of pins that transmit USB signals include 49 pins, 50 pins, 52 pins, 53 pins, 55 pins, 56 pins, 58 Pins and pins 59;
  • the fourth type of pins that transmit PCI-E signals include pins 31, 32, 34, 35, 37, 38, Pin 40, Pin 41, Pin 43, Pin 44, Pin 95, Pin 97, Pin 98, Pin 100, Pin 101 Pins 103 and 104;
  • pins of the fifth type that transmit UART signals include pins 76 and 77;
  • pins of the sixth type that transmit state control signals include pins 78 to 83;
  • the seventh type of pins of the RJ45 network signal include the 85th pin, the 86th pin, the 110th pin, the 111th pin, the 113th pin, the 114th pin, the 116th pin, the 117th pin, Pins 119, 120, and 90 to 92;
  • the eighth type of pins that transmit DDI signals include pin 19, pin 20, pin 22, pin 23, and number
  • 6th pin, 9th pin, 12th pin, 15th pin, 18th pin, 21st pin, 24th pin, 27th pin, 30th pin, 33rd lead Pin, pin 36, pin 39, pin 42, pin 45, pin 48, pin 51, pin 57, pin 57, pin 65 to 65, 71 pin, 75 pin, 84 pin, 93 pin, 96 pin, 99 pin, 102 pin, 105 pin, 109 pin, 112 pin, Pins 115 and 118 are grounded.
  • Pin number Transmitted signal Pin number Transmitted signal 1 DC 19V (12V) 61 GND 2 DC 19V (12V) 62 GND 3 DC 19V (12V) 63 GND 4 NC 64 GND 5 NC 65 GND 6 GND 66 NC 7 HDMI_A_CK- 67 HDMI_A_HPD 8 HDMI_A_CK+ 68 HDMI 5V 9 GND 69 HDMI_A_SCL 10 HDMI_A_TX0- 70 HDMI_A_SDA 11 HDMI_A_TX0+ 71 GND
  • USB2.0_Port1_N for 3.0 115 GND
  • USB2.0_Port1_P for 3.0 116 lan_MDI2+ 57
  • GND 117 lan_MDI2-
  • USB2.0_Port2_N for HUB 118 118 GND
  • USB2.0_Port2_P for HUB 119 lan_MDI3+ 60
  • GND 120 lan_MDI3-
  • the jack of the connector socket 200 can also be correspondingly set according to the pins of the connector socket 100, and details are not described herein again.
  • the second type of pin of the connector male 100 includes a first portion of the pin that carries the HDMI 2.0 signal and a second portion that carries the HDMI 1.4 signal.
  • the second type of jack of the connector base 200 includes a first part jack for transmitting an HDMI 2.0 signal and a second part jack for transmitting an HDMI 1.4 signal.
  • the first part of the pin and the first part of the jack can cooperate with the transmission of the HDMI 1.4 signal
  • the second part of the pin and the second part of the socket can cooperate with the transmission of the HDMI 2.0 signal, so that the connector can output two HDMI signals
  • the pin and the second part of the jack support the HDMI 2.0 protocol transmission bandwidth, which further increases the HDMI signal transmission rate.
  • the PC module outputs two HDMI signals through the connector, and the two-way HDMI signal can be used for two display screens, thereby realizing dual-screen display interaction function.
  • the third type of pin of the connector male 100 includes a third portion of the pin for transmitting the USB 3.0 signal and a fourth portion and a fifth portion of the pin for transmitting the USB 2.0 signal.
  • the third type of jack of the connector base 200 includes a third part jack for transmitting a USB 3.0 signal and a fourth part jack and a fifth part jack each transmitting a USB 2.0 signal.
  • the third part of the pin and the third part of the jack can be used to transmit the USB 3.0 signal
  • the fourth part of the pin and the fourth part of the jack can be used to transmit a USB 2.0 signal
  • the fifth part of the pin and the fifth part of the jack are matched.
  • USB 2.0 letter can be transmitted so that the function module can output two USB 2.0 signals through the connector.
  • the PC module outputs two USB 2.0 signals through the connector, one of which can be output to the touch device, and the other can be integrated into the USB 3.0 to implement the USB 2.0 function.
  • the PC module can also output a USB 3.0 signal to the USB camera or high-speed mobile hard disk through the connector.
  • the fourth type of pins of the connector mount 100 include a sixth portion of the pin, a seventh portion of the pin, an eighth portion of the pin, and a ninth portion that both transmit the PCI-E 1X signal.
  • section Pin the fourth type of jack of the connector base 200 includes a sixth portion jack, a seventh portion jack, an eighth portion jack, and a ninth portion jack each transmitting a PCI-E 1X signal.
  • the sixth part of the pin is matched with the sixth part of the socket, the seventh part of the pin is matched with the seventh part of the socket, the eighth part of the pin is matched with the eighth part of the socket, and the ninth part of the pin is inserted with the ninth part of the socket
  • the hole can transmit 4 channels of PCI-E 1X signals, and the 4 channels of PCI-E 1X signals can be used as an extension of the transfer function. It can be integrated into any PCI-E interface device, such as the connected video capture card shown in Figure 3, converted to USB3. .1 function, etc., which can significantly improve the user experience.
  • the teacher uses the smart interactive tablet configured with the connector in this embodiment to teach, and can use the PCI-E 1X interface provided by the connector while interacting with the dual screen.
  • Video and video input devices such as video capture cards, which enable audio and video teaching and recording of lecture content in the classroom.
  • the connector male seat, the connector female base and the connector in the embodiment of the invention can not only improve the data transmission rate, but also realize the transmission of various signals, expand the functions of different interfaces, and have great application value. .

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Abstract

一种连接器公座（100）、连接器母座（200）以及包括该连接器公座和连接器母座的连接器，其中连接器公座包括公座本体（1）以及设置在公座本体上的引脚（2），该引脚包括：传输电源信号的第一类引脚、传输HDMI信号的第二类引脚、传输USB信号的第三类引脚、传输PCI-E信号的第四类引脚、传输UART信号的第五类引脚、传输状态控制信号的第六类引脚以及传输RJ45网络信号的第七类引脚。将连接器公座的引脚与对应的连接器母座的插孔（4）插针式配合，可以实现多种信号的传输，实现不同的接口功能，且提高数据传输速率。

Description

连接器公座、连接器母座以及连接器 技术领域
本发明涉及信号传输技术领域，特别是涉及一种连接器公座、连接器母座以及连接器。
背景技术
在智能交互平板、数字标牌等配有内置功能模块的多媒体交互产品上，需要用到多种接口进行信号传输，现有技术主要是依靠80PIN(引脚)或者48PIN的插件连接器实现接口功能。然而现有的连接器仅能传输低带宽信号，且传输速率低，限制了高速信号间的通讯，连接器传输的高速信号质量普遍较差，而且在通讯交互实现过程中，连接器可实现的功能较少，接口较为单一，扩展性不强，不能满足快速发展的多媒体交互领域的需求。
发明内容
基于此，为解决现有技术中的问题，本发明提供一种连接器公座、连接器母座以及连接器，提高数据传输速率，扩展接口功能。
为实现上述目的，本发明实施例采用以下技术方案：
一种连接器公座，包括公座本体以及设置在所述公座本体上的引脚，所述引脚包括：传输电源信号的第一类引脚、传输HDMI信号的第二类引脚、传输USB信号的第三类引脚、传输PCI-E信号的第四类引脚、传输UART信号的第五类引脚、传输状态控制信号的第六类引脚以及传输RJ45网络信号的第七类引脚。
在一种可选的实施方式中，所述引脚还包括传输DDI信号的第八类引脚、传输I2C信号的第九类引脚以及传输GPIO信号的第十类引脚。
在一种可选的实施方式中，所述第二类引脚包括：传输HDMI 2.0信号的第一部分引脚和传输HDMI1.4信号的第二部分引脚。
在一种可选的实施方式中，所述第三类引脚包括传输USB 3.0信号的第 三部分引脚以及均传输USB 2.0信号的第四部分引脚和第五部分引脚。
在一种可选的实施方式中，所述第四类引脚包括均传输PCI-E 1X信号的第六部分引脚、第七部分引脚、第八部分引脚以及第九部分引脚。
可选的，所述引脚包括依次设置的1号至120号引脚；
所述第一类引脚包括1号至3号引脚；
所述第二类引脚包括7号引脚、8号引脚、10号引脚、11号引脚、13号引脚、14号引脚、16号引脚、17号引脚、67号引脚、68号引脚以及70号引脚；
所述第三类引脚包括49号引脚、50号引脚、52号引脚、53号引脚、55号引脚、56号引脚、58号引脚以及59号引脚；
所述第四类引脚包括31号引脚、32号引脚、34号引脚、35号引脚、37号引脚、38号引脚、40号引脚、41号引脚、43号引脚、44号引脚、94号引脚、95号引脚、97号引脚、98号引脚、100号引脚、101号引脚、103号引脚以及104号引脚；
所述第五类引脚包括76号引脚和77号引脚；
所述第六类引脚包括78号至83号引脚；
所述第七类引脚包括85号引脚、86号引脚、110号引脚、111号引脚、113号引脚、114号引脚、116号引脚、117号引脚、119号引脚、120号引脚以及90号至92号引脚；
所述第八类引脚包括19号引脚、20号引脚、22号引脚、23号引脚、25号引脚、26号引脚、28号引脚、29号引脚以及72号至74号引脚；
所述第九类引脚包括46号引脚和47号引脚；
所述第十类引脚包括87号引脚和88号引脚；
6号引脚、9号引脚、12号引脚、15号引脚、18号引脚、21号引脚、24号引脚、27号引脚、30号引脚、33号引脚、36号引脚、39号引脚、42号引脚、45号引脚、48号引脚、51号引脚、54号引脚、57号引脚、60号至65号引脚、71号引脚、75号引脚、84号引脚、93号引脚、96号引脚、99号引脚、102号引脚、105号引脚、109号引脚、112号引脚、115号引脚以及118 号引脚均接地。
本发明实施例中还提供一种连接器母座，包括母座本体以及设置在所述母座本体上的插孔，所述插孔包括：传输电源信号的第一类插孔、传输HDMI信号的第二类插孔、传输USB信号的第三类插孔、传输PCI-E信号的第四类插孔、传输UART信号的第五类插孔、传输状态控制信号的第六类插孔以及传输RJ45网络信号的第七类插孔。
可选的，所述插孔还包括传输DDI信号的第八类插孔、传输I2C信号的第九类插孔以及传输GPIO信号的第十类插孔。
在一种可选的实施方式中，所述第二类插孔包括传输HDMI 2.0信号的第一部分插孔和传输HDMI 1.4信号的第二部分插孔。
在一种可选的实施方式中，所述第三类插孔包括传输USB 3.0信号的第三部分插孔以及均传输USB 2.0信号的第四部分插孔和第五部分插孔。
在一种可选的实施方式中，所述第四类插孔包括均传输PCI-E 1X信号的第六部分插孔、第七部分插孔、第八部分插孔以及第九部分插孔。
本发明实施例中还提供一种连接器，包括上述的连接器公座和连接器母座，所述连接器公座与所述连接器母座插针式接触，所述第一类引脚和所述第一类插孔配合传输所述电源信号，所述第二类引脚和所述第二类插孔配合传输所述HDMI信号，所述第三类引脚和所述第三类插孔配合传输所述USB信号，所述第四类引脚和所述第四类插孔配合传输所述PCI-E信号，所述第五类引脚和所述第五类插孔配合传输所述UART信号，所述第六类引脚和所述第六类插孔配合传输所述状态控制信号，所述第七类引脚和所述第七类插孔配合传输RJ45网络信号。
基于上述技术方案，将连接器公座的引脚与连接器母座的插孔插针式配合，可以实现多种信号的传输，实现不同的接口功能，且提高数据传输速率。具体的，第一类引脚与第一类插孔配合传输电源信号，可以为功能模块(例如PC模块、服务器模块等包含集成运算处理器且可插拔的功能模块)供电。第二类引脚与第二类插孔配合传输HDMI信号，可支持传输HDMI 2.0信号， 提高数据传输速率。第三类引脚和第三类插孔配合传输USB信号，可供给触摸设备、USB摄像头等设备使用。第四类引脚和第四类插孔配合传输PCI-E信号，实现多种接口扩展。第五类引脚和第五类插孔配合传输UART信号，第六类引脚和第六类插孔配合传输状态控制信号，实现供电模块与外部设备的智能通讯。第七类引脚和第七类插孔配合传输RJ45网络信号，使得功能模块可以获得有线网络的信号。同理，第八类引脚和第八类插孔配合传输DDI信号，第九类引脚和第九类插孔配合传输I2C信号，第十类引脚和第十类插孔配合传输GPIO信号，进一步扩展了接口功能。功能模块通过本实施例中的连接器可同时处理不同接口设备的数据，满足快速发展的多媒体交互领域的需求。另外，连接器公座的引脚与连接器母座的插孔插针式配合，不会因接口结构的公差导致接触不良，使得信号传输稳定，保证信号质量。
附图说明
图1是本发明的连接器公座在一个实施例中的结构示意图；
图2是本发明的连接器母座在一个实施例中的结构示意图；
图3是本发明中连接器的应用示意图。
具体实施方式
下面将结合较佳实施例及附图对本发明的内容作进一步详细描述。显然，下文所描述的实施例仅用于解释本发明，而非对本发明的限定。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。应当理解的是，尽管在下文中采用术语“第一”、“第二”等来描述各种信息，但这些信息不应限于这些术语，这些术语仅用来将同一类型的信息彼此区分开。例如，在不脱离本发明范围的情况下，“第一”信息也可以被称为“第二”信息，类似的，“第二”信息也可以被称为“第一”信息。另外还需要说明的是，为了便于描述，附图中仅示出了与本发明相关的部分而非全部内容。
图1是本发明的连接器公座100在一个实施例中的结构示意图，图2是 本发明的连接器母座200在本实施例中的结构示意图。请参阅图1、图2，本实施例中的连接器公座100包括公座本体1以及设置在公座本体1上的引脚2，引脚2为多个。本实施例中连接器母座200包括母座本体3和设置在母座本体3上的插孔4，插孔4也为多个。本实施例中还提供一种连接器，连接器包括连接器公座100和连接器母座200，连接器公座100的引脚2插入连接器母座200的插孔4，使引脚2与插孔4插针式接触。
其中，连接器公座100的引脚2分为七类，即引脚2包括：传输电源信号的第一类引脚、传输HDMI(High Definition Multimedia Interface，高清晰度多媒体接口)信号的第二类引脚、传输USB(Universal Serial Bus，通用串行总线)信号的第三类引脚、传输PCI-E(Peripheral Component InterconnectExpress，总线接口)信号的第四类引脚、传输UART(Universal Asynchronous Receiver/Transmitter，通用异步收发传输器)信号的第五类引脚、传输状态控制信号的第六类引脚以及传输RJ45网络信号的第七类引脚。在一种可选的实施方式中，连接器公座100的引脚数量为120个，引脚2按两排排列，每排包括60个引脚。其中，第一排从右至左分别为1号至60号引脚，第二排从右至左分别为61号至120号引脚。
连接器母座200的插孔4也分为七类，即插孔4包括：传输电源信号的第一类插孔、传输HDMI信号的第二类插孔、传输USB信号的第三类插孔、传输PCI-E信号的第四类插孔、传输UART信号的第五类插孔、传输状态控制信号的第六类插孔以及传输RJ45网络信号的第七类插孔。在一种可选的实施方式中，连接器母座200的插孔数量也为120个，插孔4按两排排列，每排包括60个插孔。其中，第一排从左至右分别为1号至60号插孔，第二排从左至右分别为61号至120号插孔。
在本实施例中，将连接器公座100的引脚2与对应的连接器母座200的插孔4插针式配合(将连接器公座100、连接器母座200中编号相同的引脚和插孔插针式配合)，实现不同的接口功能插针式配合，可以实现多种信号的传输，实现不同的接口功能，且提高数据传输速率。具体的，第一类引脚与第一类插孔配合传输电源信号，可以为功能模块(例如PC模块、服务器模块等 包含集成运算处理器且可插拔的功能模块)供电。第二类引脚与第二类插孔配合传输HDMI信号，可支持传输HDMI 2.0信号，提高数据传输速率。第三类引脚和第三类插孔配合传输USB信号，可供给触摸设备、USB摄像头等设备使用。第四类引脚和第四类插孔配合传输PCI-E信号，实现多种接口扩展。第五类引脚和第五类插孔配合传输UART信号，第六类引脚和第六类插孔配合传输状态控制信号，例如开机(或关机、休眠、待机)状态检测信号、数字视频信号输出检测信号、功能模块插拔到位检测控制信号等，实现功能模块与外部设备的智能通信。第七类引脚和第七类插孔配合传输RJ45网络信号，使得功能模块可以获得有线网络的信号。功能模块通过本实施例中的连接器可同时处理不同接口设备的数据，例如参照图3示出的连接器的应用示意图，PC模块通过连接器公座与PC转接板的连接器母座连接(或者PC模块通过连接器母座与PC转接板的连接器公座连接)，PC模块就可以通过连接器公座的引脚和连接器母座的插孔的配合传输不同类型的信号，处理不同类型的数据，满足快速发展的多媒体交互领域的需求。另外，连接器公座的引脚与连接器母座的插孔插针式配合，不会因接口结构的公差导致接触不良，使得信号传输稳定，保证信号质量。
在一种可选的实施方式中，连接器公座100的引脚2还包括传输DDI(Device Driver Interface，设备驱动程序接口)信号的第八类引脚、传输I2C(Inter-Integrated Circuit，内置集成电路)信号的第九类引脚以及传输GPIO(General Purpose Input Output，通用输入/输出)信号的第十类引脚。相应的，连接器母座200的插孔还包括传输DDI信号的第八类插孔、传输I2C信号的第九类插孔以及传输GPIO信号的第十类插孔。这样第八类引脚和第八类插孔配合传输DDI信号，第九类引脚和第九类插孔配合传输I2C信号，第十类引脚和第十类插孔配合传输GPIO信号，进一步扩展接口功能。
在一种可选的实施方式中，如下表所示，且一并参照图1，引脚包括依次设置的1号至120号引脚。其中，传输电源信号的第一类引脚包括1号至3号引脚；传输HDMI信号的第二类引脚包括7号引脚、8号引脚、10号引脚、11号引脚、13号引脚、14号引脚、16号引脚、17号引脚、67号引脚、68号 引脚以及70号引脚；传输USB信号的第三类引脚包括49号引脚、50号引脚、52号引脚、53号引脚、55号引脚、56号引脚、58号引脚以及59号引脚；传输PCI-E信号的第四类引脚包括31号引脚、32号引脚、34号引脚、35号引脚、37号引脚、38号引脚、40号引脚、41号引脚、43号引脚、44号引脚、94号引脚、95号引脚、97号引脚、98号引脚、100号引脚、101号引脚、103号引脚以及104号引脚；传输UART信号的第五类引脚包括76号引脚和77号引脚；传输状态控制信号的第六类引脚包括78号至83号引脚；传输RJ45网络信号的第七类引脚包括85号引脚、86号引脚、110号引脚、111号引脚、113号引脚、114号引脚、116号引脚、117号引脚、119号引脚、120号引脚以及90号至92号引脚；传输DDI信号的第八类引脚包括19号引脚、20号引脚、22号引脚、23号引脚、25号引脚、26号引脚、28号引脚、29号引脚以及72号至74号引脚；传输I2C信号的第九类引脚包括46号引脚和47号引脚；传输GPIO信号的第十类引脚包括87号引脚和88号引脚。另外，6号引脚、9号引脚、12号引脚、15号引脚、18号引脚、21号引脚、24号引脚、27号引脚、30号引脚、33号引脚、36号引脚、39号引脚、42号引脚、45号引脚、48号引脚、51号引脚、54号引脚、57号引脚、60号至65号引脚、71号引脚、75号引脚、84号引脚、93号引脚、96号引脚、99号引脚、102号引脚、105号引脚、109号引脚、112号引脚、115号引脚以及118号引脚均接地。
引脚号 传输的信号 引脚号 传输的信号
1 DC 19V(12V) 61 GND
2 DC 19V(12V) 62 GND
3 DC 19V(12V) 63 GND
4 NC 64 GND
5 NC 65 GND
6 GND 66 NC
7 HDMI_A_CK- 67 HDMI_A_HPD
8 HDMI_A_CK+ 68 HDMI 5V
9 GND 69 HDMI_A_SCL
10 HDMI_A_TX0- 70 HDMI_A_SDA
11 HDMI_A_TX0+ 71 GND
12 GND 72 DDI_B_HPD(Reserve)
13 HDMI_A_TX1- 73 DDI_B_AUXP(Reserve)
14 HDMI_A_TX1+ 74 DDI_B_AUXN(Reserve)
15 GND 75 GND
16 HDMI_A_TX2- 76 UART_TX(TTL)
17 HDMI_A_TX2+ 77 UART_RX(TTL)
18 GND 78 GND
19 DDI_B_TX0-(Reserve) 79 S0#
20 DDI_B_TX0+(Reserve) 80 S3#
21 GND 81 S4#
22 DDI_B_TX1-(Reserve) 82 S5#
23 DDI_B_TX1+(Reserve) 83 PWR_BTN#
24 GND 84 GND
25 DDI_B_TX2-(Reserve) 85 I2C_CLK_Lan
26 DDI_B_TX2+(Reserve) 86 I2C_DATA_Lan
27 GND 87 GPIO 3.3v
28 DDI_B_TX3-(Reserve) 88 GPIO 3.3v
29 DDI_B_TX3+(Reserve) 89 PCIE-RST
30 GND 90 LAN_DISABLE
31 PCIe_clock_N 91 PCI_E_Wake
32 PCIe_clock_P 92 Sleep_S3
33 GND 93 GND
34 NC 94 NC
35 NC 95 NC
36 GND 96 GND
37 PCIE_RXN2 97 PCIE_TXN2
38 PCIE_RXP2 98 PCIE_TXP2
39 GND 99 GND
40 PCIE_RXN1 100 PCIE_TXN1
41 PCIE_RXP1 101 PCIE_TXP1
42 GND 102 GND
43 PCIE_RXN0 103 PCIE_TXN0
44 PCIE_RXP0 104 PCIE_TXP0
45 GND 105 GND
46 I2C1_CLK 106 NC
47 I2C1_DATA1 107 NC
48 GND 108 NC
49 USB3.0_Port1_P 109 GND
50 USB3.0_Port1_N 110 lan_MDI0+
51 GND 111 lan_MDI0-
52 USB3.0_Port1_TX_P 112 GND
53 USB3.0_Port1_TX_N 113 lan_MDI1+
54 GND 114 lan_MDI1-
55 USB2.0_Port1_N for 3.0 115 GND
56 USB2.0_Port1_P for 3.0 116 lan_MDI2+
57 GND 117 lan_MDI2-
58 USB2.0_Port2_N for HUB 118 118 GND
59 USB2.0_Port2_P for HUB 119 lan_MDI3+
60 GND 120 lan_MDI3-
相应的，连接器母座200的插孔也可按连接器公座100的引脚作相应设置，此处不再赘述。
在一种可选的实施方式中，连接器公座100的第二类引脚包括传输HDMI 2.0信号的第一部分引脚和传输HDMI 1.4信号的第二部分引脚。相应的，连接器母座200的第二类插孔包括传输HDMI 2.0信号的第一部分插孔和传输HDMI 1.4信号的第二部分插孔。这样第一部分引脚和第一部分插孔可配合传输HDMI1.4信号，第二部分引脚和第二部分插孔可配合传输HDMI 2.0信号，使得连接器可输出双路HDMI信号，而且第二部分引脚和第二部分插孔支持HDMI 2.0协议传输带宽，这样就进一步提高了HDMI信号传输速率。参照图3所示的连接器的应用示意图，PC模块通过连接器输出双路HDMI信号，双路HDMI信号可以供两个显示屏使用，从而实现双屏显示互动功能。
在一种可选的实施方式中，连接器公座100的第三类引脚包括传输USB 3.0信号的第三部分引脚以及均传输USB 2.0信号的第四部分引脚和第五部分引脚。相应的，连接器母座200的第三类插孔包括传输USB 3.0信号的第三部分插孔以及均传输USB 2.0信号的第四部分插孔和第五部分插孔。这样第三部分引脚和第三部分插孔可配合传输USB 3.0信号，第四部分引脚和第四部分插孔可配合传输一路USB 2.0信号，第五部分引脚和第五部分插孔配合可传输另一路USB 2.0信，使得功能模块通过连接器可输出双路USB 2.0信号。参照图3所示的连接器的应用示意图，在具体应用时，PC模块通过连接器输出双路USB 2.0信号，其中一路可以输出给触摸设备使用，另一路可集成至USB 3.0中实现USB 2.0功能。PC模块通过连接器还可输出一路USB 3.0信号送至USB摄像头或高速移动硬盘等设备使用。
在一种可选的实施方式中，连接器公座100的第四类引脚包括均传输PCI-E 1X信号的第六部分引脚、第七部分引脚、第八部分引脚以及第九部分 引脚。相应的，连接器母座200的第四类插孔包括均传输PCI-E 1X信号的第六部分插孔、第七部分插孔、第八部分插孔以及第九部分插孔。这样第六部分引脚与第六部分插孔配合、第七部分引脚与第七部分插孔配合、第八部分引脚与第八部分插孔配合、第九部分引脚与第九部分插孔配合可传输4路PCI-E 1X信号，4路PCI-E 1X信号作为转接功能扩展，可以集成任意的PCI-E接口设备使用，例如图3所示的连接视频采集卡、转换成USB3.1功能等，这样可显著提高用户体验，例如教师使用配置有本实施例中连接器的智能交互平板进行教学，可以在双屏互动的同时，利用连接器提供的PCI-E 1X接口转接视频采集卡等视音频输入设备，在教室内实现音视频教学及录制授课内容等功能。
综上所述，本发明实施例中的连接器公座、连接器母座以及连接器不仅可以提高数据传输速率，还可以实现多种信号的传输，扩展不同接口功能，具有极大的应用价值。
以上所述实施例的各技术特征可以进行任意的组合，为使描述简洁，未对上述实施例中的各个技术特征所有可能的组合都进行描述，然而，只要这些技术特征的组合不存在矛盾，都应当认为是本说明书记载的范围。
以上所述实施例仅表达了本发明的几种实施方式，其描述较为具体和详细，但并不能因此而理解为对发明专利范围的限制。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。因此，本发明专利的保护范围应以所附权利要求为准。

Claims (10)

  1. 一种连接器公座，包括公座本体以及设置在所述公座本体上的引脚，其特征在于，所述引脚包括：传输电源信号的第一类引脚、传输HDMI信号的第二类引脚、传输USB信号的第三类引脚、传输PCI-E信号的第四类引脚、传输UART信号的第五类引脚、传输状态控制信号的第六类引脚以及传输RJ45网络信号的第七类引脚。
  2. 根据权利要求1所述的连接器公座，其特征在于，所述引脚还包括传输DDI信号的第八类引脚、传输I2C信号的第九类引脚以及传输GPIO信号的第十类引脚。
  3. 根据权利要求1或2所述的连接器公座，其特征在于，所述第二类引脚包括：传输HDMI 2.0信号的第一部分引脚和传输HDMI 1.4信号的第二部分引脚。
  4. 根据权利要求1或2所述的连接器公座，其特征在于，所述第三类引脚包括传输USB 3.0信号的第三部分引脚以及均传输USB 2.0信号的第四部分引脚和第五部分引脚。
  5. 根据权利要求1或2所述的连接器公座，其特征在于，所述第四类引脚包括均传输PCI-E 1X信号的第六部分引脚、第七部分引脚、第八部分引脚以及第九部分引脚。
  6. 根据权利要求2所述的连接器公座，其特征在于，所述引脚包括依次设置的1号至120号引脚；
    所述第一类引脚包括1号至3号引脚；
    所述第二类引脚包括7号引脚、8号引脚、10号引脚、11号引脚、13号引脚、14号引脚、16号引脚、17号引脚、67号引脚、68号引脚以及70号引脚；
    所述第三类引脚包括49号引脚、50号引脚、52号引脚、53号引脚、55号引脚、56号引脚、58号引脚以及59号引脚；
    所述第四类引脚包括31号引脚、32号引脚、34号引脚、35号引脚、37号引脚、38号引脚、40号引脚、41号引脚、43号引脚、44号引脚、94号引 脚、95号引脚、97号引脚、98号引脚、100号引脚、101号引脚、103号引脚以及104号引脚；
    所述第五类引脚包括76号引脚和77号引脚；
    所述第六类引脚包括78号至83号引脚；
    所述第七类引脚包括85号引脚、86号引脚、110号引脚、111号引脚、113号引脚、114号引脚、116号引脚、117号引脚、119号引脚、120号引脚以及90号至92号引脚；
    所述第八类引脚包括19号引脚、20号引脚、22号引脚、23号引脚、25号引脚、26号引脚、28号引脚、29号引脚以及72号至74号引脚；
    所述第九类引脚包括46号引脚和47号引脚；
    所述第十类引脚包括87号引脚和88号引脚；
    6号引脚、9号引脚、12号引脚、15号引脚、18号引脚、21号引脚、24号引脚、27号引脚、30号引脚、33号引脚、36号引脚、39号引脚、42号引脚、45号引脚、48号引脚、51号引脚、54号引脚、57号引脚、60号至65号引脚、71号引脚、75号引脚、84号引脚、93号引脚、96号引脚、99号引脚、102号引脚、105号引脚、109号引脚、112号引脚、115号引脚以及118号引脚均接地。
  7. 一种连接器母座，包括母座本体以及设置在所述母座本体上的插孔，其特征在于，所述插孔包括：传输电源信号的第一类插孔、传输HDMI信号的第二类插孔、传输USB信号的第三类插孔、传输PCI-E信号的第四类插孔、传输UART信号的第五类插孔、传输状态控制信号的第六类插孔以及传输RJ45网络信号的第七类插孔。
  8. 根据权利要求7所述的连接器母座，其特征在于，所述插孔还包括传输DDI信号的第八类插孔、传输I2C信号的第九类插孔以及传输GPIO信号的第十类插孔。
  9. 根据权利要求7所述的连接器母座，其特征在于，所述第二类插孔包括传输HDMI 2.0信号的第一部分插孔和传输HDMI 1.4信号的第二部分插孔；
    所述第三类插孔包括传输USB 3.0信号的第三部分插孔以及均传输USB 2.0信号的第四部分插孔和第五部分插孔；
    所述第四类插孔包括均传输PCI-E 1X信号的第六部分插孔、第七部分插孔、第八部分插孔以及第九部分插孔。
  10. 一种连接器，其特征在于，包括权利要求1至6中任一项所述的连接器公座和权利要求7至9中任一项所述的连接器母座，所述连接器公座与所述连接器母座插针式接触，所述第一类引脚和所述第一类插孔配合传输所述电源信号，所述第二类引脚和所述第二类插孔配合传输所述HDMI信号，所述第三类引脚和所述第三类插孔配合传输所述USB信号，所述第四类引脚和所述第四类插孔配合传输所述PCI-E信号，所述第五类引脚和所述第五类插孔配合传输所述UART信号，所述第六类引脚和所述第六类插孔配合传输所述状态控制信号，所述第七类引脚和所述第七类插孔配合传输RJ45网络信号。
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