WO2012119285A1 - 多功能便携移动光盘硬盘多媒体录放器 - Google Patents

多功能便携移动光盘硬盘多媒体录放器 Download PDF

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Publication number
WO2012119285A1
WO2012119285A1 PCT/CN2011/001870 CN2011001870W WO2012119285A1 WO 2012119285 A1 WO2012119285 A1 WO 2012119285A1 CN 2011001870 W CN2011001870 W CN 2011001870W WO 2012119285 A1 WO2012119285 A1 WO 2012119285A1
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Prior art keywords
interface
hard disk
optical drive
mobile
sata13pin
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PCT/CN2011/001870
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English (en)
French (fr)
Inventor
阮峰
Original Assignee
Ruan Feng
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Publication of WO2012119285A1 publication Critical patent/WO2012119285A1/zh

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    • GPHYSICS
    • G11INFORMATION STORAGE
    • G11BINFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B19/00Driving, starting, stopping record carriers not specifically of filamentary or web form, or of supports therefor; Control thereof; Control of operating function ; Driving both disc and head

Definitions

  • the invention relates to a multimedia recorder, in particular to a multifunctional portable mobile disc hard disk multimedia recorder.
  • the high-definition multimedia player is a media playback device, which belongs to a hardware device, and outputs a high-definition picture, a Dolby surround sound, and the like through connection with a television.
  • the core technology of the high-definition multimedia player is the chip decoding scheme. It can decode multiple formats of multimedia, and the output code stream is small. It can be operated by the remote controller on the TV to complete the video on demand.
  • the multimedia player has undergone several development stages such as the hard disk playback phase, the network playback phase, and the high-definition playback phase.
  • high-definition multimedia players have become the mainstream devices of multimedia players, and have the advantages of small size and portability, and are increasingly well known.
  • the optical disc As a multimedia carrier that is easy to issue, exchange, lease, and save, the optical disc has many advantages. At present, the market multimedia player, almost abandoned the disc playback function, a few can, or use the desktop optical drive, not only the bulk of the volume, and the price is high.
  • a high definition multimedia player In everyday life, people are used to buying or renting DVDs or BDs, copying them to their hard drives or multimedia players, and watching movies on a computer or TV.
  • a high definition multimedia player generally has the function of playing multimedia video stored in its internal memory, but does not have the functions of playing CD, VCD, DVD and Blu-ray Disc BD.
  • Blu-ray Disc BD is one of the main storage methods for high-definition multimedia video.
  • a single-layer Blu-ray disc typically has a capacity of 25 or 27G, a dual-layer Blu-ray disc with a capacity of 46 or 54GB, and a 4-layer and 8-layer Blu-ray disc with a capacity of up to 100 or 200GB.
  • the present invention is to provide a multi-functional portable mobile optical disc hard disk multi-media recorder for solving the above-mentioned deficiencies in the prior art, so as to solve the problem that the high-definition multimedia player cannot directly play the optical disc.
  • the present invention adopts the following technical solutions to solve the technical problem.
  • Multifunctional portable mobile optical disk hard disk multimedia recorder its structural characteristics are: PCB circuit substrate including decompression code CPU chip, RAM memory chip, FLASH flash memory chip and USB3.0. SATA bridge chip; DC 5V power supply on PCB circuit board Interface, eSATA and USB3.0 and DC power three-in-one interface, USB 0TG interface, HDMI interface, AV input interface, AV output interface, network RJ-45 interface and SD/MMC/MS interface; PCB circuit board is also provided with Features Button, IR infrared receiver, LDE LED and SATA13Pin optical drive interface connector socket; PCB circuit board moves through SATA13Pin optical drive interface connector socket and multi-function portable mobile Slim SATA optical drive position for conversion between mobile optical drive and mobile hard disk The hard drive bays are connected.
  • the structural features of the multifunctional portable mobile optical disk hard disk multimedia recorder of the present invention are also:
  • the multi-function portable mobile Slim SATA optical drive position mobile hard disk tray adopts a hard disk bracket in conformity with a Slim SATA optical drive housing and a mounting positioning screw hole, and a SATA22Pin and SATA13Pin conversion circuit is placed in the housing of the hard disk tray.
  • the SATA13Pin optical drive interface connector plug and the SATA22Pin hard disk interface connector are respectively disposed on the SATA22Pin and SATA13Pin conversion circuit boards, and the SATA13Pin optical drive interface connector plug and the SATA22Pin hard disk interface connector are respectively formed on the hard disk tray.
  • Sl im SATA optical drive interface and mobile hard disk interface are respectively formed on the hard disk tray.
  • the SATA13Pin optical drive interface connector socket of the PCB circuit board is interposed with the SATA13Pin optical drive interface connector plug of the hard disk drive to realize the conversion between the mobile optical drive and the mobile hard disk. .
  • the Sl, S2, S3, S4, S5, S6, and S7 contacts on the substrate of the eSATA, USB3.0, and DC power three-in-one interfaces are eSATA interface data contacts located at the eSATA, USB3.0, and DC.
  • the U1, U2, U3, U4, U5, U6, U7, U8, and U9 contacts in the lower row of the power supply three-in-one interface are USB3. 0 interface data contacts; the eSATA interface and the USB interface share 5V power; the U1 contact is The positive contact of the 5V power supply, and the U4 contact is the negative contact of the 5V power supply.
  • the multimedia recorder of the invention is provided with a multifunctional portable mobile Slim SATA optical drive position mobile hard disk tray, which can easily implement the mobile optical drive mobile hard disk interchange, effectively solve the conversion between the mobile optical drive and the mobile hard disk, and completely solve the mobile hard disk recorder.
  • the multimedia recorder of the invention adopts USB3.0.
  • SATA bridge chip, USB3.0, eSATA and DC power three-in-one interface to form a high-speed circuit, which not only greatly shortens the time, improves efficiency, reduces the size, but also provides backup for the computer.
  • File installation system
  • the invention is a serial interface, has a simple structure and supports hot swapping. -
  • the multimedia recorder of the invention can not only connect to the TV, but also can play SD/CMS card, U disk, CD, multimedia file on the hard disk, and can also play CD, VCD, DVD, BD Blu-ray original disk, and connect the PC to the USB3.
  • SD/CMS card Secure Digital/SSD card
  • U disk Universal Serial Bus
  • CD Compact Disc
  • CD Compact Disc
  • VCD Compact Disc
  • DVD Blu-ray original disk
  • PC USB3
  • eSATA high-speed portable mobile optical drive or mobile hard disk, install system backup files for the computer.
  • the multimedia recorder of the present invention can not only connect to the network through the network RJ-45 interface, but also connect the USB WiFi wireless network card through the USB 0TG connection interface, and support the WiFi wireless network.
  • Figure 1 is a front elevational view of the multimedia recorder of the present invention.
  • Figure 2 is a rear elevational view of the multimedia recorder of the present invention.
  • Figure 3 is a bottom plan view of the multimedia recorder of the present invention.
  • FIG. 4 is a top plan view of the multimedia recorder of the present invention.
  • FIG. 5 is a schematic structural view of a SATA13Pin optical drive interface connector socket of the multimedia recorder of the present invention.
  • Figure 6 is a schematic diagram showing the structure of the three-in-one interface of the eSATA and USB3.0 and the DC power supply of the multimedia recorder of the present invention.
  • FIG. 7 is a schematic perspective view showing the three-dimensional structure of the hard disk tray of the multimedia record and play device of the present invention.
  • FIG. 8 is a schematic top view of the hard disk tray of the multimedia recorder according to the present invention.
  • FIG. 9 is a schematic structural diagram of a SATA22Pin and SATA13Pin conversion circuit board of the multimedia recorder of the present invention.
  • FIG. 10 is a schematic diagram of the SATA22Pin and SATA13Pin conversion circuit board of the multimedia recorder of the present invention.
  • 1 to 10 1 SATA13Pin optical drive interface connector plug, 2 SATA22Pin hard disk interface connector, 3 SATA22Pin and SATA13Pin conversion circuit board, 4 hard disk tray, 5 decompression code CPU chip, 6 RAM memory chip, 7 FLASH flash memory chip, 8 USB3.
  • the PCB circuit substrate 9 includes a decompression code CPU chip 5, a RAM memory chip 6, a FLASH flash memory chip 7 and a USB 3. 0 to SATA bridge.
  • Chip 8 on the PCB circuit board 9 is equipped with DC5V power interface 10, eSATA and USB3.0 and DC power three-in-one interface 11, USB0TG interface 12, HDMI interface 13, AV input interface 14, AV output interface 15, network RJ -45 interface 16 and SD/wake C/MS interface 17; functional circuit 18, IR infrared receiver 19, LDE LED 20 and SATA13Pin optical interface connector socket 21 are also provided on the PCB circuit board; PCB circuit board 9 passes SATA13Pin The optical drive interface connector socket 21 is connected to a multifunctional portable mobile Slim SATA optical drive position mobile hard disk tray 4 for realizing the conversion between the mobile optical drive and the mobile hard disk.
  • the multi-function portable mobile SlimSATA optical drive position mobile hard disk tray 4 adopts a hard disk tray that conforms to the position of the SlimSATA optical drive housing and the mounting positioning screw hole, and the SATA22Pin and SATA13Pin conversion are placed in the casing of the hard disk tray 4.
  • Circuit board 3 SATA13Pin is respectively disposed on the SATA22Pin and SATA13Pin conversion circuit board 3
  • the optical drive interface connector plug 1 and the SATA22Pin hard disk interface connector 2 and the SATA13Pin optical drive interface connector plug 1 and the SATA22Pin hard disk interface connector 2 respectively form a SlimSATA optical drive interface and a mobile hard disk interface located on the hard disk tray 4.
  • the SATA13Pin optical drive interface connector socket 21 of the PCB circuit board 9 and the SATA13Pin optical drive interface connector plug 1 of the hard disk tray 4 are mutually plugged to realize conversion between the mobile optical drive and the mobile hard disk; that is, through the SATA13Pin optical drive interface
  • the combination and disconnection of the connector plug 1 and the SATA13Pin optical drive interface connector socket 21 realize the conversion between the mobile optical drive and the mobile hard disk.
  • the S1, S2, S3, S4, S5, S6, and S7 contacts on the substrate of the eSATA, USB3.0, and DC power supply three-in-one interface 11 are eSATA interface data contacts located at the eSATA, USB3.0, and The U1, U2, U3, U4, U5, U6, U7, U8, and U9 contacts of the lower row of the DC power supply three-in-one interface 11 are USB3.0. 0 interface data contacts; the eSATA interface and the USB interface share a 5V power supply; The contact is the positive contact of the 5V power supply, and the U4 contact is the negative contact of the 5V power supply.
  • this embodiment uses a hard disk tray 4 that conforms to the conventional 12.7mm or 9.5mm height SlimSATA optical drive housing and the mounting locating screw holes.
  • the PCB circuit board of the embodiment is provided with a function button 18, an IR infrared receiving head 19, and an LDE LED 20 for convenient keying, remote control and status indication.
  • the SATA13Pin optical drive interface connector socket 21 is disposed on the PCB circuit board 9, and the SATA13Pin optical drive interface connector plug 1 is disposed on the multi-function portable mobile SlimSATA optical drive position mobile hard disk tray 4, and is connected through the SATA13Pin optical drive interface.
  • the combination of the plug and the SATA13Pin optical drive interface connector socket realizes the conversion between the mobile optical drive and the mobile hard disk.
  • USB3.0 From USB3.0 to SATA bridge chip 8 to form a circuit, through eSATA and USB3.0 and DC power three-in-one interface 11 connected to the computer, is USB3. 0, eSATA portable mobile optical drive mobile hard disk.
  • J2 is the SATA22Pin hard disk interface connector
  • J1 is the SATA13Pin optical drive interface connector
  • the two connectors form the SATA22Pin and SATA13Pin conversion boards.
  • the invention adopts the SlimSATA optical drive casing and the same uniform multifunctional portable mobile SlimSATA optical drive position mobile hard disk bay interchangeable feature, the multifunctional portable mobile SlimSATA optical drive position mobile hard disk carrier only two connectors, no need to add other components, low cost .

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Description

多功能便携移动光盘硬盘多媒体录放器 技术领域
本发明涉及一种多媒体录放器, 尤其是一种多功能便携移动光盘硬盘多媒体录放器。
背景技术
高清多媒体播放器是一种媒体播放设备, 属于硬件设备, 其通过连接电视, 输出高清画 面、杜比环绕音响等影音效果。 高清多媒体播放器的核心技术是芯片解码方案,.可以解码多 种格式多媒体, 输出码流较小, 可以在电视上通过遥控器操作, 完成影视点播。
多媒体播放器历经了硬盘播放阶段、 网络播放阶段和高清播放阶段等几个发展阶段。现 阶段, 高清多媒体播放器成为多媒体播放器的主流设备, 具有体积小、 便于携带等优点, 越 来越为人们所熟知。
光盘作为容易发行、 交换、 租赁, 保存方便的多媒体载体, 还是有众多优点的。 目前市 场多媒体播放器,.几乎放弃了光盘播放功能, 寥寥几个可以, 还是利用台式光驱, 不仅仅体 积庞大, 并且价格高昂。
在日常生活中, 人们习惯于购买或租赁 DVD或 BD, 如何复制到自己的硬盘上或多媒体播 放器上, 通过电脑或电视观看电影。 在现有技术中, 高清多媒体播放器一般都具有播放其内 部存储器所存放的多媒体视频的功能, 但都不具备播放 CD、 VCD、 DVD和蓝光光盘 BD的功能。 目前, 蓝光光盘 BD是高清多媒体视频的主要存储方式之一。一个单层的蓝光光盘的容量一般 为 25或是 27G, 双层的蓝光光盘的容量可达到 46或 54GB, 4层及 8层的蓝光光盘的容量更是高 达 100或 200GB的。现在的高清多媒体文件占用的存储量都比较大,从几个 G到几十 G大小不等, 若要利用光驱将 BD中的文件转移到高清多媒体播放器中, 需要耗费很长的时间, 而且操作比 较麻烦, 有时还会存在文件复制错误等问题。 而利用台式电脑或笔记本电脑播放文件, 存在 有设备价格较高、 不够方便等问题。
发明内容
本发明是为避免上述已有技术中存在的不足之处,提供一种多功能便携移动光盘硬盘多 媒体录放器, 以解决高清多媒体播放器不能直接播放光盘的问题。
本发明为解决技术问题采用以下技术方案。
多功能便携移动光盘硬盘多媒体录放器, 其结构特点是, PCB电路基板包括解压码 CPU 芯片、 RAM存储器芯片、 FLASH闪存芯片和 USB3. 0转 SATA桥接芯片; 在 PCB电路基板上设 有 DC 5V电源接口、 eSATA及 USB3. 0和 DC电源三合一接口、 USB 0TG接口、 HDMI接口、 AV 输入接口、 AV输出接口、 网络 RJ- 45接口和 SD/MMC/MS接口; PCB电路基板上还设置有功能 按键、 IR红外线接收头、 LDE发光二极管和 SATA13Pin光驱接口连接器插座; PCB电路基板 通过 SATA13Pin 光驱接口连接器插座与用于实现移动光驱移动硬盘之间转换的多功能便携 移动 Sl im SATA光驱位置移动硬盘托架相连接。
本发明的多功能便携移动光盘硬盘多媒体录放器的结构特点也在于:
所述多功能便携移动 Slim SATA光驱位置移动硬盘托架是采用与 Slim SATA光驱外壳和 安装定位螺孔位置相一致的硬盘托架, 在所述硬盘托架的壳体内放置有 SATA22Pin 与 SATA13Pin转换电路板, 在所述 SATA22Pin与 SATA13Pin转换电路板上分别设置 SATA13Pin 光驱接口连接器插头和 SATA22Pin硬盘接口连接器,以所述 SATA13Pin光驱接口连接器插头 和 SATA22Pin硬盘接口连接器分别形成位于硬盘托架上的 Sl im SATA光驱接口和移动硬盘接 □。
所述 PCB电路基板的 SATA13Pin光驱接口连接器插座与所述硬盘托架的 SATA13Pin光驱 接口连接器插头之间相互插接, 以实现移动光驱移动硬盘之间转换。 .
位于所述 eSATA、 USB3. 0和 DC电源三合一接口的基板上排的 Sl、 S2、 S3、 S4、 S5、 S6 和 S7接点为 eSATA接口数据接点, 位于所述 eSATA、 USB3. 0和 DC电源三合一接口的基板下 排的 Ul、 U2、 U3、 U4、 U5、 U6、 U7、 U8和 U9接点为 USB3. 0接口数据接点; eSATA接口和 USB接口共享 5V电源; 所述 U1接点为所述 5V电源的正极接点, U4接点为所述 5V电源的负 极接点。
与己有技术相比, 本发明有益效果体现在-
1、 本发明的多媒体录放器设有多功能便携移动 Sl im SATA光驱位置移动硬盘托架, 可轻 松实行移动光驱移动硬盘互换, 有效解决移动光驱移动硬盘之间转换, 彻底解决移动硬盘录 放器不可以播放 CD、 VCD. DVD, BD蓝光原盘问题。
2、 本发明的多媒体录放器, 采用 USB3. 0转 SATA桥接芯片, USB3. 0、 eSATA和 DC电源三合 一接口, 组成高速电路, 不仅大大缩短时间提高效率, 缩小体积, 还可以给电脑备份文件安 装系统。
3、 本发明为串行接口, 结构简单、 支持热插拔。 -
4、 本发明的多媒体录放器不仅可以连接电视, 可以播放 SD/讓 CMS卡、 U盘、 光盘、 硬 盘上多媒体文件, 还可以播放 CD、 VCD, DVD 、 BD蓝光原盘, 连接 PC机就是 USB3. 0、 eSATA 高速便携移动光驱或移动硬盘, 给电脑安装系统备份文件。
5、本发明的多媒体录放器, 不仅可以通过网络 RJ- 45接口连接网络, 还可以通过 USB 0TG 连接接口, 连接 USB WiFi无线网卡, 支持 WiFi无线网络。 附图说明
图 1为本实用新型的多媒体录放器的主视图。
图 2为本实用新型的多媒体录放器的后视图。
图 3为本实用新型的多媒体录放器的仰视图。
图 4为本实用新型的多媒体录放器的俯视图。
图 5为本实用新型的多媒体录放器的 SATA13Pin光驱接口连接器插座结构示意图。 . 图 6为本实用新型的多媒体录放器的 eSATA及 USB3. 0和 DC电源三合一接口结构示意图。 图 7为本实用新型的多媒体录放器的硬盘托架立体结构示意图。
图 8为本实用新型的多媒体录放器的硬盘托架俯视结构示意图。
图 9为本实用新型的多媒体录放器的 SATA22Pin与 SATA13Pin转换电路板结构示意图。 图 10为本实用新型的多媒体录放器的 SATA22Pin与 SATA13Pin转换电路板原理示意图。 附图 1〜附图 10中标号: 1 SATA13Pin光驱接口连接器插头, 2 SATA22Pin硬盘接口连 接器, 3 SATA22Pin与 SATA13Pin转换电路板, 4硬盘托架, 5解压码 CPU芯片, 6 RAM存储 器芯片, 7 FLASH闪存芯片, 8 USB3. 0转 SATA桥接芯片, 9 PCB电路基板, 10 DC 5V电源 接口, 11 eSATA及 USB3. 0和 DC电源三合一接口, 12 USB 0TG接口, 13 HDM接口, 14 AV 输入接口, 15 AV输出接口, 16网络 RJ- 45接口, 17 SD/MMC/MS接口, 18功能按键, 19 IR 红外线接收头, 20 LDE发光二极管, 21 SATA13Pin光驱接口连接器插座。
以下通过具体实施方式, 并结合附图对本发明作进一步说明。
.具体实施方式 . 参见图 1〜图 10, 多功能便携移动光盘硬盘多媒体录放器, 其 PCB电路基板 9包括解压 码 CPU芯片 5、 RAM存储器芯片 6、 FLASH闪存芯片 7和 USB3. 0转 SATA桥接芯片 8; 在 PCB 电路基板上 9设有 DC5V电源接口 10、 eSATA及 USB3. 0和 DC电源三合一接口 11、 USB0TG接 口 12、 HDMI接口 13、 AV输入接口 14、 AV输出接口 15、 网络 RJ-45接口 16和 SD/醒 C/MS 接口 17; PCB电路基板上还设置有功能按键 18、 IR红外线接收头 19、 LDE发光二极管 20和 SATA13Pin光驱接口连接器插座 21 ; PCB电路基板 9通过 SATA13Pin光驱接口连接器插座 21 与用于实现移动光驱移动硬盘之间转换的多功能便携移动 Sl imSATA光驱位置移动硬盘托架 4相连接。
所述多功能便携移动 SlimSATA光驱位置移动硬盘托架 4是采用与 Sl imSATA光驱外壳和 安装定位螺孔位置相一致的硬盘托架, 在所述硬盘托架 4 的壳体内放置有 SATA22Pin 与 SATA13Pin转换电路板 3,在所述 SATA22Pin与 SATA13Pin转换电路板 3上分别设置 SATA13Pin 光驱接口连接器插头 1和 SATA22Pin硬盘接口连接器 2, 以所述 SATA13Pin光驱接口连接器 插头 1和 SATA22Pin硬盘接口连接器 2分别形成位于硬盘托架 4上的 SlimSATA光驱接口和 移动硬盘接口。 所述 PCB电路基板 9的 SATA13Pin光驱接口连接器插座 21与所述硬盘托架 4的 SATA13Pin光驱接口连接器插头 1之间相互插接, 以实现移动光驱移动硬盘之间转换; 即通过 SATA13Pin光驱接口连接器插头 1和 SATA13Pin光驱接口连接器插座 21的结合与分 离, 实现移动光驱移动硬盘之间转换。 位于所述 eSATA、 USB3. 0和 DC电源三合一接口 11的 基板上排的 Sl、 S2、 S3、 S4、 S5、 S6和 S7接点为 eSATA接口数据接点, 位于所述 eSATA、 USB3. 0和 DC电源三合一接口 11的基板下排的 Ul、 U2、 U3、 U4、 U5、 U6、 U7、 U8和 U9接 点为 USB3. 0接口数据接点; eSATA接口和 USB接口共享 5V电源; 所述 U1接点为所述 5V电 源的正极接点, U4接点为所述 5V电源的负极接点。
如图 7和图 8所示, 本实施例是采用与常规 12. 7mm或 9. 5mm高度 SlimSATA光驱外壳和安装 定位螺孔位置相一致的硬盘托架 4。
如图 1、 图 2和图 3所示, 本实施例是的 PCB电路基板上设置有功能按键 18、 IR红外线接收 头 19、 LDE发光二极管 20, 方便键控和遥控及状态指示。
如图 5所示, PCB电路基板 9上设置有 SATA13Pin光驱接口连接器插座 21, 而多功能便携移 动 SlimSATA光驱位置移动硬盘托架 4上设置有 SATA13Pin光驱接口连接器插头 1, 通过 SATA13Pin光驱接口连接器插头和 SATA13Pin光驱接口连接器插座的结合分离,实现移动光驱 移动硬盘之间转换。
卸下原来多功能便携移动光盘多媒体录放器 Sl imSATA光驱,放置 Sl imSATA光驱位置移动 硬盘托架 4和硬盘, 就是多功能便携移动硬盘多媒体录放器, 其使用方便, 并且支持热插拔。
由 USB3. 0转 SATA桥接芯片 8组成电路,通过 eSATA及 USB3. 0和 DC电源三合一接口 11连接电 脑, 就是 USB3. 0、 eSATA便携移动光驱移动硬盘。
参见图 10, J2为 SATA22Pin硬盘接口连接器, J1为 SATA13Pin光驱接口连接器, 二个连接 器组成 SATA22Pin与 SATA13Pin转换电路板。
本发明采用 SlimSATA光驱外壳同样一致的多功能便携移动 Sl imSATA光驱位置移动硬盘 托架互换特点, 多功能便携移动 SlimSATA光驱位置移动硬盘托架仅二个连接器, 不需要外 加其它元件, 成本低。

Claims

权 利 要 求 书
1、 多功能便携移动光盘硬盘多媒体录放器, 其特征是, PCB电路基板 (9) 包括解压码 CPU芯片(5)、 RA 存储器芯片(6)、 FLASH闪存芯片 (7)和 USB3.0转 SATA桥接芯片 (8): 在 PCB电路基板上 (9) 设有 DC 5V电源接口 (10) 、 eSATA及 USB3.0和 DC电源三合一接 口 (11) 、 USB0TG接口 (12) 、 HDMI接口 (13) 、 AV输入接口 (14) 、 AV输出接口 (15) 、 网络 RJ- 45接口 (16)和 SD/關 CMS接口 (17) ; PCB电路基板上还设置有功能按键 (18) 、 IR红外线接收头 (19) 、 LDE发光二极管 (20) 和 SATA13Piri光驱接口连接器插座 (21) ;
PCB 电路基板 (9) 通过 SATA13Pin 光驱接口连接器插座 (21) 与用于实现移动光驱移 动硬盘之间转换的多功能便携移动 Slim SATA光驱位置移动硬盘托架 (4) 相连接。
2、 根据权利要求 1 所述的多功能便携移动光盘硬盘多媒体录放器, 其特征是, 所述多 功能便携移动 Slim SATA光驱位置移动硬盘托架 (4) 是采用与 Slim SATA光驱外壳和安装 定位螺孔位置相一致的硬盘托架, 在所述硬盘托架 (4) 的壳体内放置有 SATA22Pin 与 SATA13Pin转换电路板 (3) , 在所述 SATA22Pin与 SATA13Pin转换电路板 (3) 上分别设置 SATA13Pin光驱接口连接器插头 (1)和 SATA22Pin硬盘接口连接器 (2) , 以所述 SATA13Pin 光驱接口连接器插头 (1) 和 SATA22Pin硬盘接口连接器 (2) 分别形成位于硬盘托架 (4) 上的 Slim SATA光驱接口和移动硬盘接口。
3、根据权利要求 2所述的多功能便携移动光盘硬盘多媒体录放器, 其特征是, 所述 PCB 电路基板 (9) 的 SAT/U3Pin光驱接口连接器插座 (21) 与所述硬盘托架 (4) 的 SATA13Pin 光驱接口连接器插头 (1) 之间相互插接, 以实现移动光驱移动硬盘之间转换。
4、 根据权利要求 1 所述的多功能便携移动光盘硬盘多媒体录放器, 其特征是, 位于所 述 eSATA、 USB3.0和 DC 电源三合一接口 (11) 的基板上排的 Sl、 S2、 S3、 S4、 S5、 S6和 S7接点为 eSATA接口数据接点, 位于所述 eSATA、 USB3.0和 DC电源三合一接口 (11) 的基 板下排的 Ul、 U2、 U3、 U4、 U5、 U6、 U7、 U8和 U9接点为 USB3.0接口数据接点; eSATA接 口和 USB接口共享 5V电源; 所述 U1接点为所述 5V电源的正极接点, U4接点为所述 5V电 源的负极接点。
PCT/CN2011/001870 2011-03-04 2011-11-07 多功能便携移动光盘硬盘多媒体录放器 WO2012119285A1 (zh)

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