技术领域technical field
本实用新型关于高速传输缆线模块，尤其关于一种可拆装的高速传输缆线及其模块。The utility model relates to a high-speed transmission cable module, in particular to a detachable high-speed transmission cable and a module thereof.
背景技术Background technique
HDMI(High Definition Multimedia Interface)高解晰度多媒体接口是一种全数位化的影像和声音传送界面，可传送无压缩的音频及视频信号，其可用于DVD播放机、数字音响、电视游乐器、电视机、机上盒或个人计算机等装置。由于音频和视频信号采用同一条电缆，可大大简化统线路的安装难度。HDMI (High Definition Multimedia Interface) high-definition multimedia interface is a fully digital image and sound transmission interface, which can transmit uncompressed audio and video signals, which can be used in DVD players, digital audio, video games, TVs , set-top boxes or personal computers. Because audio and video signals use the same cable, it can greatly simplify the installation difficulty of the system line.
早期HDMI的最大像素传输率为165M pixel/sec或4.95G bps，足以支持1080p画质每秒60张画面，或是UXGA的分辨率(1600x1200)。其后在HDMI 1.3规格中扩增为340M pixel/sec，运行速度高达10.2G pbs。而到HDMI 2.0则进一步提高到18G bps。The maximum pixel transmission rate of early HDMI is 165M pixel/sec or 4.95G bps, which is enough to support 1080p image quality of 60 frames per second, or UXGA resolution (1600x1200). Later, in the HDMI 1.3 specification, it was expanded to 340M pixel/sec, and the operating speed was as high as 10.2G pbs. And HDMI 2.0 is further improved to 18G bps.
高速的传输速度提供良好的高分辨率画质与音质，然而高频信号的缆线衰减则使HDMI的缆线长度限制成为其应用的主要的问题之一。现有通过HDMI认证的10M cable大都使用24AWG(American Wire Gauge，美国缆线度量)的线材制作，而若以较细线径的标准28AWG规格制作HDMI铜线，则在约超过5公尺之后信号即开始衰减，此长度通常不足以满足计算机传送影像至投影机的连接应用需求。当然，增加缆线中铜线的直径以降低阻抗，是有效延长缆线长度的方法之一，然较粗的缆线则造成管线内布线施工的困难。The high-speed transmission speed provides good high-resolution picture and sound quality, but the cable attenuation of high-frequency signals makes HDMI's cable length limitation one of the main problems in its application. Most of the existing HDMI-certified 10M cables are made of 24AWG (American Wire Gauge, American Cable Measurement) wires, and if HDMI copper wires are made with standard 28AWG specifications with thinner diameters, the signal will be lost after about 5 meters. The attenuation begins, and this length is usually not enough to meet the needs of computer-transmitted images to projectors. Of course, increasing the diameter of the copper wire in the cable to reduce the impedance is one of the effective ways to extend the length of the cable. However, a thicker cable will cause difficulties in the wiring construction in the pipeline.
另一种解决问题的现有技术采用HDMI光纤延长器，先将HDMI的电气信号转换成光信号，通过超低损耗的光纤传送高质量音频及视频的光信号至远距离，再转换回电气信号，可突破HDMI线材距离的限制。众所皆知，采用光纤而非铜线传输信号的一项优点光纤线径小于铜线，且在相同传输容量下所需的光纤数量远小于铜线数，故采用HDMI光纤延长器的HDMI缆线的线径远小于现有技术铜线的HDMI缆线的线径。但因缆线的两端接头需要电光转换以及光电转换组件， 使接头横截面积远大于缆线横截面积，同样造成在管线内布线施工的困难。Another existing technology that solves the problem uses an HDMI optical fiber extender, which first converts the electrical signal of HDMI into an optical signal, transmits the optical signal of high-quality audio and video to a long distance through an ultra-low-loss optical fiber, and then converts it back to an electrical signal , can break through the limitation of HDMI cable distance. As we all know, one advantage of using optical fiber instead of copper wire to transmit signals is that the diameter of optical fiber is smaller than that of copper wire, and the number of optical fibers required under the same transmission capacity is much smaller than the number of copper wires. Therefore, HDMI cables using HDMI optical fiber extenders The wire diameter of the wire is much smaller than that of the HDMI cable of the prior art copper wire. However, because the joints at both ends of the cable require electro-optical conversion and photoelectric conversion components, the cross-sectional area of the joint is much larger than the cross-sectional area of the cable, which also causes difficulties in the construction of wiring in the pipeline.
此外，若因使用者更换影音设备导致接头形式改变时，现有技术的HDMI缆线需整条更换。甚至在影音设备未更换而仅更动架设位置时，往往因旧缆线长度不足，而需添购新的缆线造成浪费。In addition, if the form of the connector changes due to the replacement of audio-visual equipment by the user, the entire HDMI cable in the prior art needs to be replaced. Even when the audio-visual equipment is not replaced but only the installation position is changed, it is often necessary to purchase new cables due to the insufficient length of the old cables, resulting in waste.
在中国台湾专利公告号第M422079号专利案「通用型模块化连接器」以及第M422178号专利案「光电信号转换模块」中揭露以光电信号转换模块转换光信号为电气信号并连接至不同的连接端子的技术，然其运用在电路板而非缆在线。故有鉴于现有技术HDMI传输缆线的缺失，本新型的创作者乃竭尽心思，构思出可解决现有技术缺失的高速传输缆线。In China Taiwan Patent Announcement No. M422079 Patent Case "Universal Modular Connector" and No. M422178 Patent Case "Optoelectronic Signal Conversion Module", it is disclosed that the photoelectric signal conversion module converts optical signals into electrical signals and connects them to different connections Terminal technology, but it is used on the circuit board instead of the cable. Therefore, in view of the deficiency of the HDMI transmission cable in the prior art, the creators of the present invention try their best to conceive a high-speed transmission cable that can solve the deficiency of the prior art.
发明内容Contents of the invention
本实用新型的目的是提供一种可拆装的高速传输缆线，通过传输缆线可分离拆装的方式，可解决现有技术在管线内布线施工的困难。在需要更换缆线长度时，则仅需直接更换传输缆线部分，以方便使用。当然，本实用新型的可拆装的高速传输缆线模块，通过传输接头可分离拆装的方式，可解决现有技术在管线内布线施工的困难。另外，因本实用新型的传输缆线以及传输接头可任意分离拆装，故可依需求更换各种接头形式因应各种应用，例如可依装置或现场施工需要直接更换为HDMI接头或USB接头，亦可直接更换为各类接头形式的接头，甚至可在缆线一端接上HDMI接头而在另一端接上USB接头，或是仅在缆线其中一端接上标准接头而另一端则否。The purpose of the utility model is to provide a detachable high-speed transmission cable, through which the transmission cable can be detachable and detachable, which can solve the difficulty of wiring construction in the pipeline in the prior art. When the length of the cable needs to be changed, only the part of the transmission cable needs to be replaced directly, which is convenient for use. Of course, the detachable high-speed transmission cable module of the utility model can solve the difficulty of wiring construction in the pipeline in the prior art through the detachable and detachable mode of the transmission joint. In addition, because the transmission cables and transmission connectors of the present invention can be separated and disassembled arbitrarily, various types of connectors can be replaced to meet various applications. For example, HDMI connectors or USB connectors can be directly replaced according to device or site construction needs It can also be directly replaced with various types of connectors, even an HDMI connector on one end of the cable and a USB connector on the other end, or a standard connector on only one end of the cable and no other end.
另外，上述的可拆装的高速传输缆线及其模块，可同时提供影音设备或通讯设备的电源及信号传输。In addition, the above-mentioned detachable high-speed transmission cable and its module can simultaneously provide power and signal transmission for audio-visual equipment or communication equipment.
此外，本实用新型包括有高速传输缆线(100)及高速传输装置(200)，并且高速传输装置(200)获致作为操作时所需的电力的方式为：In addition, the utility model includes a high-speed transmission cable (100) and a high-speed transmission device (200), and the way for the high-speed transmission device (200) to obtain the power required for operation is as follows:
＜1.＞采用外部电源线(300)与高速传输装置(200)的外接电源接头(205)连结；或者<1.> Use an external power cord (300) to connect to the external power connector (205) of the high-speed transmission device (200); or
＜2.＞采用高速传输装置(200)的导电接头(203)自高速传输缆线(100)的导电接头(103)获致电力传输；抑或者<2.> Using the conductive joint (203) of the high-speed transmission device (200) to obtain power transmission from the conductive joint (103) of the high-speed transmission cable (100); or
＜3.＞同时采用外部电源线(300)与高速传输装置(200)的外接电源接头(205)连结以及采用高速传输缆线(100)的导电接头(103)与高速传输装置(200)的导电接头(203)连结的方式。<3.> At the same time use the external power cord (300) to connect with the external power connector (205) of the high-speed transmission device (200) and use the conductive connector (103) of the high-speed transmission cable (100) to connect with the high-speed transmission device (200) The way of connecting the conductive joints (203).
至于本实用新型的信号传输方式仅能通过高速传输缆线(100)的光纤接头(104)连结高速传输装置(200)的光纤插座(204)作信号传递，并使信号通过设置有高速传输装置(200)组件的载体(206)，传输至传输接头(201)，而向外输出信号。As for the signal transmission method of the present utility model, the optical fiber connector (104) of the high-speed transmission cable (100) can only be connected to the optical fiber socket (204) of the high-speed transmission device (200) for signal transmission, and the signal can pass through the high-speed transmission device. (200) The carrier (206) of the component is transmitted to the transmission joint (201) to output signals to the outside.
为达上述目的，本实用新型提出以下技术方案：For reaching above-mentioned purpose, the utility model proposes following technical scheme:
一种高速传输缆线模块，其特征在于，包括有︰A high-speed transmission cable module is characterized in that it includes:
一传输缆线，具有至少一条光纤导线，并且该条光纤导线一端或两端光学耦合有一光纤接头；以及a transmission cable having at least one fiber optic conductor optically coupled to one or both ends of the fiber optic conductor with an optical fiber connector; and
至少一传输装置，其具有可与该传输缆线的该光纤接头光学耦合的一光纤插座以及符合标准传输接口的一传输接头，其中，该光纤插座的信号直接连接或经转换耦接至该传输接头。At least one transmission device, which has an optical fiber socket optically coupled with the optical fiber connector of the transmission cable and a transmission connector conforming to a standard transmission interface, wherein the signal of the optical fiber socket is directly connected or coupled to the transmission cable through conversion connector.
根据本实用新型提出的高速传输缆线模块，其中该传输缆线更包括至少一条电导线，并且该条电导线一端或两端电性耦合有一导电接头，且该传输装置更包括可与该导电接头电性耦合的另一导电接头，其中，该另一导电接头的信号直接连接或经转换耦接至该传输接头。According to the high-speed transmission cable module proposed by the present invention, the transmission cable further includes at least one electric wire, and one or both ends of the electric wire are electrically coupled with a conductive joint, and the transmission device further includes a Another conductive connector electrically coupled to the connector, wherein the signal of the other conductive connector is directly connected or coupled to the transmission connector through conversion.
根据本实用新型提出的高速传输缆线模块，其中该传输缆线的该电导线及该条光纤导线的中段以电线外皮共同包覆，而去除电线外皮的两端口处才作该导电接头及该光纤接头的电性耦合与光学耦合。According to the high-speed transmission cable module proposed by the utility model, the middle section of the electric wire and the optical fiber wire of the transmission cable is covered with the wire sheath, and the conductive joint and the wire sheath are removed at the two ports. Electrical coupling and optical coupling of fiber optic connectors.
根据本实用新型提出的高速传输缆线模块，其中该传输装置更包括一光电转换组件，其耦接至该光纤插座及该传输接头。According to the high-speed transmission cable module proposed by the present invention, the transmission device further includes a photoelectric conversion component coupled to the optical fiber socket and the transmission connector.
根据本实用新型提出的高速传输缆线模块，其中该传输装置更包括一可提供外部电源的外接电源接头。According to the high-speed transmission cable module proposed by the present invention, the transmission device further includes an external power connector capable of providing external power.
根据本实用新型提出的高速传输缆线模块，其中该光纤接头设有至少一导引孔，该光纤插座设有相对应该导引孔的至少一导引件。According to the high-speed transmission cable module proposed by the present invention, the optical fiber connector is provided with at least one guide hole, and the optical fiber socket is provided with at least one guide member corresponding to the guide hole.
根据本实用新型提出的高速传输缆线模块，其中该光纤接头设有至少一光纤线，该光纤插座设有相对应该光纤线的至少一光纤线。According to the high-speed transmission cable module proposed by the present invention, the optical fiber connector is provided with at least one optical fiber cable, and the optical fiber socket is provided with at least one optical fiber cable corresponding to the optical fiber cable.
根据本实用新型提出的高速传输缆线模块，其中该传输装置的组件设置于一载体，其中该载体为一基板。According to the high-speed transmission cable module proposed by the utility model, the components of the transmission device are arranged on a carrier, wherein the carrier is a substrate.
本实用新型还提出一种高速传输装置，具有以上任一项所述的该传输装置。The utility model also proposes a high-speed transmission device, which has the transmission device described in any one of the above items.
附图说明Description of drawings
图1本实用新型的高速传输缆线及其模块的第一实施例分解图。Fig. 1 is an exploded view of the first embodiment of the high-speed transmission cable and its modules of the present invention.
图2本实用新型的高速传输缆线的第一实施例示意图。Fig. 2 is a schematic diagram of the first embodiment of the high-speed transmission cable of the present invention.
图3第2图的局部放大图。Figure 3 Partial enlarged view of Figure 2.
图4本实用新型的高速传输缆线的第二实施例示意图。Fig. 4 is a schematic diagram of the second embodiment of the high-speed transmission cable of the present invention.
图5第4图的局部放大图。Figure 5. Partial enlarged view of Figure 4.
图6本实用新型的高速传输装置的第一实施例示意图。Fig. 6 is a schematic diagram of the first embodiment of the high-speed transmission device of the present invention.
图7本实用新型的高速传输缆线及其模块连结高速传输缆线的光纤导线及外部电源线的示意图。7 is a schematic diagram of the high-speed transmission cable of the present invention and its modules connected to the optical fiber conductors and external power lines of the high-speed transmission cable.
图8本实用新型的高速传输装置的第二实施例示意图。Fig. 8 is a schematic diagram of the second embodiment of the high-speed transmission device of the present invention.
图9本实用新型的高速传输缆线及其模块的第二实施例分解图。Fig. 9 is an exploded view of the second embodiment of the high-speed transmission cable and its module of the present invention.
图10本实用新型的高速传输缆线及其模块连结高速传输缆线的光纤导线及电导线的示意图。Fig. 10 is a schematic diagram of the high-speed transmission cable of the present invention and its modules connecting the optical fiber conductors and electric conductors of the high-speed transmission cable.
图11本实用新型的高速传输装置的第三实施例示意图。Fig. 11 is a schematic diagram of the third embodiment of the high-speed transmission device of the present invention.
图12本实用新型的高速传输缆线及其模块连结高速传输缆线的光纤导线、电导线及外部电源线的示意图。Fig. 12 is a schematic diagram of the high-speed transmission cable of the present invention and its modules connecting the optical fiber conductors, electrical conductors and external power lines of the high-speed transmission cable.
图13本实用新型的传输接头为USB的示意图。Fig. 13 is a schematic diagram showing that the transmission connector of the present invention is USB.
附图标记说明：100-传输缆线；101-电导线；102-光纤导线；103-导电接头；104-光纤接头；1041-光纤线；1042-导引孔；200-高速传输装置；201-传输接头；202-光电转换组件；203-导电接头；204-光纤插座；2041-光纤线；2042-导引件；205-外接电源接头；206-载体；300-电源线。Explanation of reference signs: 100-transmission cable; 101-electric wire; 102-optical fiber wire; 103-conductive connector; 104-optical fiber connector; 1041-optical fiber cable; 202-photoelectric conversion component; 203-conductive connector; 204-optical fiber socket; 2041-optical fiber cable; 2042-guide; 205-external power connector;
具体实施方式Detailed ways
为能了解本实用新型的特点与技术内容，接下来请参阅图式说明本实用新型的实施方式。对本技艺具有普通知识技艺者当可了解到，该些图式仅供参考说明的用，而非用来限制本实用新型的申请专利范围。In order to understand the features and technical content of the utility model, please refer to the drawings to illustrate the implementation of the utility model. Those with ordinary knowledge of the art should understand that these drawings are only for reference and description, and are not used to limit the patent scope of the present utility model.
首先，请参考第1～3图所示，本实用新型一种可拆装的高速传输缆线及其模块，其包含一传输缆线(100)及至少一个高速传输装置(200)。传输缆线(100)及高速传输装置(200)可具有不同的接头形式，以供不同用途选用及替换，其详细组合及配置的例示将在下文中说明。First, please refer to Figures 1-3, the utility model is a detachable high-speed transmission cable and its module, which includes a transmission cable (100) and at least one high-speed transmission device (200). The transmission cable (100) and the high-speed transmission device (200) can have different joint forms for selection and replacement for different purposes, and examples of their detailed combinations and configurations will be described below.
传输缆线(100)具有至少一条光纤导线(102)，光纤导线(102)一端或两端耦合有光纤接头(104)，并且光纤接头(104)设有光纤线(1041)及导 引孔(1042)。The transmission cable (100) has at least one optical fiber conductor (102), one or both ends of the optical fiber conductor (102) are coupled with an optical fiber connector (104), and the optical fiber connector (104) is provided with an optical fiber cable (1041) and a guide hole ( 1042).
再者，请参考第4～5图所示本实用新型的高速传输缆线的第二实施例示意图，传输缆线(100)更包含至少一条电导线(101)，该条电导线(101)一端或两端电性耦合有一导电接头(103)及该条光纤导线(102)一端或两端光学耦合有一光纤接头(104)。其中电导线(101)电性耦合导电接头(103)，而光纤导线(102)光学耦合于光纤接头(104)，其中电导线(101)及光纤导线(102)的中间区域以电线外被皮共同包覆，去除电线外被皮的两端口处才作导电接头(103)及光纤接头(104)的电性耦合与光学耦合。而且光纤接头(104)设有光纤线(1041)及导引孔(1042)。Furthermore, please refer to the schematic diagram of the second embodiment of the high-speed transmission cable of the present invention shown in Figs. One or both ends are electrically coupled with a conductive connector (103) and one or both ends of the optical fiber wire (102) are optically coupled with an optical fiber connector (104). Wherein the electrical wire (101) is electrically coupled to the conductive connector (103), and the optical fiber wire (102) is optically coupled to the optical fiber connector (104), wherein the middle area of the electrical wire (101) and the optical fiber wire (102) is covered with a wire Common coating, the electrical coupling and optical coupling of the conductive connector (103) and the optical fiber connector (104) can only be done at the two ports where the outer skin of the electric wire is removed. Moreover, the optical fiber connector (104) is provided with an optical fiber line (1041) and a guide hole (1042).
其次，请再参考第6图本实用新型的高速传输装置的第一实施例示意图，高速传输装置(200)包含光纤插座(204)、符合标准传输接口的传输接头(201)、光电转换组件(202)、外接电源接头(205)以及载体(206)；该光纤插座(204)包括有光纤线(2041)及导引件(2042)并设于该载体(206)上，该导引件(2042)插设于光纤接头(104)的导引孔(1042)，因此可使光纤接头(104)的光纤线(1041)光学耦合于光纤插座(204)的光纤线(2041)；该光电转换组件(202)亦设于该载体(206)，且光电转换组件(202)分别耦接于传输接头(201)及光电转换组件(202)，该传输接头(201)设于该载体(206)另一端，而传输接头(201)为HDMI接头、USB接头(如第13图所示)或是其它各类接头形式的标准传输接口接头。Secondly, please refer to the schematic diagram of the first embodiment of the high-speed transmission device of the present utility model in Fig. 6, the high-speed transmission device (200) includes an optical fiber socket (204), a transmission connector (201) conforming to a standard transmission interface, and a photoelectric conversion assembly ( 202), an external power connector (205) and a carrier (206); the optical fiber socket (204) includes an optical fiber line (2041) and a guide (2042) and is located on the carrier (206), and the guide ( 2042) is inserted in the guide hole (1042) of the optical fiber connector (104), so the optical fiber cable (1041) of the optical fiber connector (104) can be optically coupled to the optical fiber cable (2041) of the optical fiber socket (204); the photoelectric conversion The component (202) is also arranged on the carrier (206), and the photoelectric conversion component (202) is respectively coupled to the transmission connector (201) and the photoelectric conversion component (202), and the transmission connector (201) is arranged on the carrier (206) At the other end, the transmission connector (201) is an HDMI connector, a USB connector (as shown in FIG. 13 ) or other standard transmission interface connectors in the form of various connectors.
另，请再参阅第1图的高速传输缆线及其模块的第一应用实施例分解图、及第7图本实用新型的高速传输缆线及其模块第一应用实施例组立示意图；藉此，传输缆线(100)的光纤接头(104)插设于光纤插座(204)，则可使光纤接头(104)的光纤线(1041)与光纤插座(204)的光纤线(2041)光学耦合，则传输缆线(100)的信号可通过光纤接头(104)直接传输或经由光电转换组件(202)转换耦合至传输接头(201)。其外接电源接头(205)设置于载体(206)的一侧，则外接电源接头(205)可连结外部电源线(300)，以提供外部电源予高速传输装置(200)。In addition, please refer to the exploded view of the first application embodiment of the high-speed transmission cable and its module in Figure 1, and the assembly schematic diagram of the first application embodiment of the high-speed transmission cable and its module in Figure 7 of the present invention; Here, the optical fiber connector (104) of the transmission cable (100) is inserted into the optical fiber socket (204), then the optical fiber cable (1041) of the optical fiber connector (104) and the optical fiber cable (2041) of the optical fiber socket (204) can be optically connected. coupling, the signal of the transmission cable (100) can be directly transmitted through the optical fiber connector (104) or coupled to the transmission connector (201) via the photoelectric conversion component (202). The external power connector (205) is arranged on one side of the carrier (206), and the external power connector (205) can be connected with an external power line (300) to provide external power to the high-speed transmission device (200).
另，请参考第8图所示本实用新型的高速传输装置的第二实施例示意图，其中，该高速传输装置以一电源接头(203)代替外接电源接头(205)，并将该电源接头(203)置于该载体(206)的一端；另，请再参阅第9图所示本实用新型的高速传输缆线及其模块的第二应用实施例分解图，及第10图所示本实 用新型的高速传输缆线及其模块第二应用实施例组立示意图。其中，该传输缆线更包括至少一电导线(101)，该条电导线(101)一端或两端电性耦合有一导电接头(103)，且该高速传输装置(200)藉此，传输缆线(100)的光纤接头(104)插设于光纤插座(204)，则可使光纤接头(104)的光纤线(1041)与光纤插座(204)的光纤线(2041)光学耦合，则传输缆线(100)的信号可通过光纤接头(104)直接传输或经由光电转换组件(202)转换耦合至传输接头(201)。其电源接头(203)设置于载体(206)的一侧，则电源接头(203)可以直接提供电源予高速传输装置(200)。In addition, please refer to the schematic diagram of the second embodiment of the high-speed transmission device of the present invention shown in Figure 8, wherein the high-speed transmission device uses a power connector (203) to replace the external power connector (205), and the power connector ( 203) placed on one end of the carrier (206); in addition, please refer to the exploded view of the second application embodiment of the high-speed transmission cable of the present invention shown in the 9th figure and the module thereof, and the embodiment shown in the 10th figure A schematic diagram of the assembly of the new high-speed transmission cable and the second application embodiment of its module. Wherein, the transmission cable further includes at least one electric wire (101), one or both ends of the electric wire (101) are electrically coupled with a conductive joint (103), and the high-speed transmission device (200) thereby, the transmission cable The fiber optic connector (104) of the fiber optic cable (100) is inserted into the fiber optic socket (204), then the fiber optic cable (1041) of the fiber optic connector (104) can be optically coupled with the fiber optic cable (2041) of the fiber optic socket (204), and the transmission The signal of the cable (100) can be directly transmitted through the optical fiber connector (104) or converted and coupled to the transmission connector (201) through the photoelectric conversion component (202). The power connector (203) is arranged on one side of the carrier (206), so the power connector (203) can directly provide power to the high-speed transmission device (200).
本实用新型一种可拆装的高速传输缆线及其模块，其包含一传输缆线(100)及至少一个高速传输装置(200)。该高速传输装置(200)可具有不同的接头形式(例如：HDMI接头、USB接头)，以供不同用途选用及替换，其详细组合及配置的例示将在下文中说明。The utility model relates to a detachable high-speed transmission cable and its module, which comprises a transmission cable (100) and at least one high-speed transmission device (200). The high-speed transmission device (200) can have different connector forms (for example: HDMI connector, USB connector) for selection and replacement for different purposes, and the detailed combination and configuration examples will be described below.
其中该传输缆线(100)包含至少一电导线(101)、至少一光纤导线(102)，该电导线(101)一端或两端电性耦合有一导电接头(103)及该光纤导线(102)一端或两端光学耦合有一光纤接头(104)，其中电导线(101)电性耦合导电接头(103)，而光纤导线(102)光学耦合光纤接头(104)，而且电导线(101)及光纤导线(102)的中间区域以电线外被皮共同包覆，去除电线外被皮的两端口处才能够作为与导电接头(103)及光纤接头(104)的电性耦合与光学耦合。Wherein the transmission cable (100) comprises at least one electric wire (101), at least one optical fiber wire (102), one or both ends of the electric wire (101) are electrically coupled with a conductive joint (103) and the optical fiber wire (102 ) is optically coupled to an optical fiber connector (104) at one or both ends, wherein the electrical conductor (101) is electrically coupled to the electrical conductor connector (103), and the optical fiber conductor (102) is optically coupled to the optical fiber connector (104), and the electrical conductor (101) and The middle area of the optical fiber wire (102) is covered with the outer sheath of the wire, and only the two ends of the outer sheath of the wire can be used as electrical coupling and optical coupling with the conductive joint (103) and the optical fiber joint (104).
而该高速传输装置(200)包含光纤插座(204)、符合标准传输接口的传输接头(201)、光电转换组件(202)、外接电源接头(205)以及载体(206)；该光纤插座(204)包括有光纤线(2041)及导引件(2042)并设于该载体(206)上，该导引件(2042)插设于光纤接头(104)的导引孔(106)，因此可使光纤接头(104)的光纤线(1041)光学耦合于光纤插座(204)的光纤线(2041)；该光电转换组件(202)亦设于该载体(206)，且光电转换组件(202)分别耦接于传输接头(201)及光电转换组件(202)，该传输接头(201)设于该载体(206)另一端，而传输接头(201)为HDMI接头、USB接头(如第13图所示)、或是其它各类接头形式的标准传输接口接头。并且，藉此，传输缆线(100)的光纤接头(104)插设于光纤插座(204)，则可使光纤接头(104)的光纤线(1041)与光纤插座(204)的光纤线(2041)光学耦合，则传输缆线(100)的信号可通过光纤接头(104)直接传输或经由光电转换组件(202)转换耦合至传输接头(201)。And the high-speed transmission device (200) comprises a fiber optic socket (204), a transmission joint (201) conforming to a standard transmission interface, a photoelectric conversion assembly (202), an external power supply connector (205) and a carrier (206); the fiber optic socket (204 ) includes an optical fiber cable (2041) and a guide (2042) and is arranged on the carrier (206), and the guide (2042) is inserted into the guide hole (106) of the optical fiber connector (104), so it can The optical fiber line (1041) of the optical fiber connector (104) is optically coupled to the optical fiber line (2041) of the optical fiber socket (204); the photoelectric conversion component (202) is also located on the carrier (206), and the photoelectric conversion component (202) Respectively coupled to the transmission connector (201) and the photoelectric conversion component (202), the transmission connector (201) is located at the other end of the carrier (206), and the transmission connector (201) is an HDMI connector, a USB connector (as shown in Figure 13 shown), or other standard transmission interface connectors in the form of various connectors. And, by this, the optical fiber joint (104) of transmission cable (100) is inserted in the optical fiber socket (204), then can make the optical fiber line (1041) of optical fiber joint (104) and the optical fiber line (204) of optical fiber socket (204) 2041) optical coupling, then the signal of the transmission cable (100) can be directly transmitted through the optical fiber joint (104) or coupled to the transmission joint (201) via the photoelectric conversion component (202).
接着，请参考第8图，在未设置电源接头(205)时，高速传输装置(200)仍可通过连结传输缆线(100)的电导线(101)替代外接电源接头(205)自外部电源线(300)所提供的电力，而得到操作所需的电能。也就是本实用新型可经由电导线(101)将电力传送至电性耦合的电导线(101)的导电接头(103)，以及高速传输装置(200)的导电接头(203)，接着，电力经由载体(206)的电路线传送来到光电转换组件(202)，并且可继续将电力传送至传输接头(201)，当然，电力不经过光电转换组件(202)，亦可直接经由载体(206)的电路线直接传送电力至传输接头(201)。所以，如此的电路走线可以提供高速传输装置(200)操作时所需的电能。Next, please refer to Fig. 8, when the power connector (205) is not provided, the high-speed transmission device (200) can still replace the external power connector (205) from the external power supply by connecting the electric wire (101) of the transmission cable (100). The power provided by the line (300) is used to obtain the power required for operation. That is to say, the utility model can transmit power to the conductive joint (103) of the electrically coupled electric lead (101) and the conductive joint (203) of the high-speed transmission device (200) via the electric lead (101), and then, the electric power passes through The circuit line of the carrier (206) is transmitted to the photoelectric conversion component (202), and can continue to transmit power to the transmission joint (201). Of course, the power can also be directly passed through the carrier (206) without passing through the photoelectric conversion component (202). The circuit wire directly transmits power to the transmission connector (201). Therefore, such circuit traces can provide the power required for the operation of the high-speed transmission device (200).
综上所述，本实用新型一种采用光纤传输信号的可拆装的高速传输缆线及其模块。本实用新型的高速传输缆线其上并未直接设有符合标准传输接口的传输接头，而分别通过传输缆线(100)的导电接头(103)、高速传输装置(200)的导电接头(203)以及传输缆线(100)的光纤接头(104)、高速传输装置(200)的光纤插座(204)耦合出影音信号及控制信号，输入至高速传输装置(200)经转换为电气信号后传送至符合标准传输接口的传输接头(201)。因此，本实用新型的第一个特点是使用者可依需求更换各种形式的高速传输装置(200)，也就是可更换传输接头，而无需准备多种传输缆线因应各式各样的应用。另外，因传输接头的横截面尺寸远大于传输缆线的横截面尺寸，故若在管线配线施工时采用本实用新型的高速传输缆线，可先架设无接头的传输缆线(100)，待传输缆线(100)装设完毕后，接上对应的高速传输装置(200)，以完成安装。故本实用新型的另一个特点是可简化管线施工的程序及架设成本。To sum up, the utility model is a detachable high-speed transmission cable and its module which adopt optical fiber to transmit signals. The high-speed transmission cable of the present utility model is not directly provided with a transmission joint conforming to a standard transmission interface, but passes through the conductive joint (103) of the transmission cable (100) and the conductive joint (203) of the high-speed transmission device (200) respectively. ) and the optical fiber connector (104) of the transmission cable (100), and the optical fiber socket (204) of the high-speed transmission device (200) couple out audio-visual signals and control signals, and input them to the high-speed transmission device (200) after being converted into electrical signals and then transmitted to the transmission connector (201) that conforms to the standard transmission interface. Therefore, the first feature of the present utility model is that the user can replace various types of high-speed transmission devices (200) according to needs, that is, the transmission connector can be replaced, without preparing multiple transmission cables for various applications . In addition, because the cross-sectional size of the transmission joint is much larger than that of the transmission cable, if the high-speed transmission cable of the present invention is used during pipeline wiring construction, the transmission cable (100) without joints can be erected first, After the transmission cable (100) is installed, the corresponding high-speed transmission device (200) is connected to complete the installation. Therefore, another feature of the utility model is that it can simplify pipeline construction procedures and erection costs.
请参考第11～12图，当然，在外接电源接头(205)连接外部电源线(300)及高速传输缆线(100)的导电接头(103)连结高速传输装置(200)的导电接头(203)的情形下，其两者皆可提供高速传输装置(200)电力。至于外接电源接头(205)未连接外部电源线(300)的情形下，高速传输装置(200)仍可通过连结传输缆线(100)的电导线(101)替代外接电源接头(205)自外部电源线(300)所提供的电力，而得到操作所需的电能。又，或者高速传输缆线(100)的导电接头(103)未连结高速传输装置(200)的导电接头(203)的情形下，高速传输装置(200)仍可自外接电源接头(205)得到替代的外部电源。Please refer to Figures 11-12, of course, connect the conductive joint (103) of the external power supply line (300) and the high-speed transmission cable (100) to the conductive joint (203) of the high-speed transmission device (200) at the external power supply joint (205) ), both of them can provide high-speed transmission device (200) power. As for the situation that the external power connector (205) is not connected to the external power cord (300), the high-speed transmission device (200) can still replace the external power connector (205) from the outside by connecting the electric wire (101) of the transmission cable (100). The power provided by the power cord (300) is used to obtain the power required for operation. In addition, or when the conductive connector (103) of the high-speed transmission cable (100) is not connected to the conductive connector (203) of the high-speed transmission device (200), the high-speed transmission device (200) can still be obtained from the external power connector (205). Alternative external power supply.
请参考第13图本实用新型的传输接头为USB的示意图，高速传输装置(200)包含导电接头(203)、光纤插座(204)、光电转换组件(202)以及传输接头 (201)，但在本实施例中该传输接头(201)以USB接头为例示，至于其工作原理则与上述实施例相同。Please refer to Figure 13, which shows that the transmission joint of the utility model is a USB, and the high-speed transmission device (200) includes a conductive joint (203), an optical fiber socket (204), a photoelectric conversion component (202) and a transmission joint (201), but in In this embodiment, the transmission connector ( 201 ) is exemplified by a USB connector, and its working principle is the same as that of the above embodiment.
对本实用新型技术领域具有普通知识技艺者当可了解到，本实用新型实施例的HDMI接头以及USB接头仅用于说明本实用新型的创作精神及工作原理，并非用以限制本实用新型的专利申请范围。Those with ordinary knowledge and skills in the technical field of the present utility model should understand that the HDMI connector and the USB connector in the embodiment of the utility model are only used to illustrate the creative spirit and working principle of the utility model, and are not used to limit the patent application of the utility model scope.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520075706.4UCN204719272U (en) | 2015-02-03 | 2015-02-03 | High-speed transmission cable module and high-speed transmission device |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520075706.4UCN204719272U (en) | 2015-02-03 | 2015-02-03 | High-speed transmission cable module and high-speed transmission device |
| Publication Number | Publication Date |
|---|---|
| CN204719272Utrue CN204719272U (en) | 2015-10-21 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520075706.4UExpired - LifetimeCN204719272U (en) | 2015-02-03 | 2015-02-03 | High-speed transmission cable module and high-speed transmission device |
| Country | Link |
|---|---|
| CN (1) | CN204719272U (en) |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110381269A (en)* | 2019-08-02 | 2019-10-25 | 昆山思雷电子科技有限公司 | A kind of separable fiber transmission device |
| CN110401063A (en)* | 2019-08-02 | 2019-11-01 | 昆山思雷电子科技有限公司 | A kind of multifunctional panel connector |
| WO2023123531A1 (en)* | 2021-12-28 | 2023-07-06 | 东莞福可喜玛通讯科技有限公司 | Hdmi photoelectric hybrid connector |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110381269A (en)* | 2019-08-02 | 2019-10-25 | 昆山思雷电子科技有限公司 | A kind of separable fiber transmission device |
| CN110401063A (en)* | 2019-08-02 | 2019-11-01 | 昆山思雷电子科技有限公司 | A kind of multifunctional panel connector |
| CN110381269B (en)* | 2019-08-02 | 2022-01-11 | 昆山思雷电子科技有限公司 | Separable optical fiber transmission device |
| WO2023123531A1 (en)* | 2021-12-28 | 2023-07-06 | 东莞福可喜玛通讯科技有限公司 | Hdmi photoelectric hybrid connector |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | Granted publication date:20151021 | |
| CX01 | Expiry of patent term |