WO2011094959A1 - Electronic device with dual-role - Google Patents

Electronic device with dual-role Download PDF

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Publication number
WO2011094959A1
WO2011094959A1 PCT/CN2010/070835 CN2010070835W WO2011094959A1 WO 2011094959 A1 WO2011094959 A1 WO 2011094959A1 CN 2010070835 W CN2010070835 W CN 2010070835W WO 2011094959 A1 WO2011094959 A1 WO 2011094959A1
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Prior art keywords
electronic device
display screen
architecture system
arm
dual
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PCT/CN2010/070835
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French (fr)
Chinese (zh)
Inventor
张菊
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Zhang Ju
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Publication of WO2011094959A1 publication Critical patent/WO2011094959A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
    • G06F13/38—Information transfer, e.g. on bus
    • G06F13/382—Information transfer, e.g. on bus using universal interface adapter
    • G06F13/387—Information transfer, e.g. on bus using universal interface adapter for adaptation of different data processing systems to different peripheral devices, e.g. protocol converters for incompatible systems, open system

Definitions

  • the utility model relates to a dual-mode electronic device, in particular to a dual-mode electronic device using an x86 architecture system and an ARM architecture system. Background technique
  • the utility model provides a dual-mode electronic device with an organic integrated x86 architecture system and an ARM architecture system.
  • a dual mode electronic device comprising an x86 architecture system and an ARM architecture system, the x86 architecture system comprising an OTG (on-the-go) subsystem, the ARM architecture system and the x86 architecture system
  • OTG subsystem is electrically connected.
  • the x86 architecture system further includes a first motherboard, and the OTG subsystem is disposed on the first motherboard.
  • the x86 architecture system further includes a first motherboard, and the 0TG subsystem is disposed on the first motherboard.
  • the x86 architecture system further includes an electronic component electrically coupled to the first motherboard.
  • the electronic component is a magnetic head hard disk or a solid state hard disk.
  • the electronic component is a wired network adapter or a wireless network adapter.
  • the ARM architecture system includes a second motherboard And the ARM architecture CPU, the second motherboard and the ARM architecture CPU are electrically connected, and the ARM architecture CPU only drives the ARM architecture system.
  • the second main board is electrically connected to the electronic component through the OTG subsystem.
  • the x86 architecture system further includes a first display screen, the first display screen being a liquid crystal display screen or an organic electroluminescent display screen.
  • the ARM architecture system is an e-book system.
  • the electronic book system further includes a second display screen, the second display screen being an electrophoretic display screen, an electromagnetic display screen or a touch display screen.
  • the dual mode electronic device of the present invention organically integrates the x86 architecture system and the electronic book system of the ARM system architecture, and part of the key resources of the x86 architecture system can be shared with the electronic book system.
  • the e-book system of the dual-mode electronic device thus breaks through the storage capacity limitation of the conventional e-book, and has a huge amount of book storage space.
  • the second display screen of the dual-mode electronic device adopts an electrophoretic display screen or an electromagnetic display screen, which can reduce eye fatigue caused by long-time reading, and protects vision, especially protecting children's vision. Very effective positive effect.
  • the e-book system uses the second CPU of the ARM system architecture as a main controller, and is specifically used to drive the e-book system, so that the e-book system has the advantage of low power consumption.
  • the dual-mode electronic device of the present invention has the advantages of an organic integrated x86 architecture system and an ARM architecture system and key system resource sharing.
  • the drawing is a schematic diagram of main functional modules of a preferred embodiment of the dual mode electronic device of the present invention. detailed description
  • the dual mode electronic device 100 includes an x86 architecture system 2 and an ARM (Advanced Reduced Instruction Set Machine) architecture system.
  • the x86 architecture system 2 is a general architecture, which is an x86 laptop architecture, including a first central processing unit (CPU) 20, a first motherboard 22, a first display screen 24, a data storage device 26, and an OTG (on- The-go) subsystem 28.
  • the x86 architecture system 2 is described by Driven by a CPU 20, the first CPU 20 is a central processor designed for the x86 architecture, such as a variety of commercially available CPUs produced by Intel (TM ).
  • the first CPU 20 may be packaged with the first motherboard 22 or may be separated from the first motherboard 22, that is, the first CPU 20 may be plugged into the first motherboard 22.
  • the CPU socket (not shown) can also be pulled out from the CPU socket.
  • the first motherboard 22 includes a plurality of other interfaces in addition to the CPU socket, such as a USB interface (not labeled), a VGA interface (not labeled), a DVI interface (not labeled), an HDMI interface (not labeled), and an IDE interface. (not shown), SATA interface (not labeled), and OTG interface (not labeled), etc., so that a plurality of devices are electrically connected to the first motherboard 22.
  • the first display screen 24 is an internal screen of the dual-mode electronic device 100, and the first display screen 24 may be a liquid crystal display (LCD) or an organic electroluminescent display (OLED), which may be
  • LCD liquid crystal display
  • OLED organic electroluminescent display
  • the VGA interface or the DVI interface is electrically connected to the first main board 22, and the first CPU 20 can drive the first display screen 24 through the first main board 22.
  • the data storage device 26 provides a data storage function for the dual-mode electronic device 100, which may be a head-mounted hard disk (MHD) or a solid-state disk (SSD), and its storage capacity may be 40G to 720G, or even higher, so that it can be stored. A large amount of data such as videos, pictures, software programs, and books.
  • the data storage device 26 can be electrically connected to the first motherboard 22 through the IDE interface or the S ATA interface, and the first CPU 20 can access the data storage device through the first motherboard 22 26 performs control operations such as reading and writing data.
  • the ARM architecture system 3 is integrated with the x86 architecture system 2 in the dual mode electronic device 100, and includes a second CPU 30, a second motherboard 32, and a second display screen 34.
  • the second CPU 30 is electrically connected to the second motherboard 32 and drives the ARM architecture system 3 through the second motherboard 32.
  • the ARM architecture system 3 is an e-book system, and of course, it can be extended to applications other than e-books.
  • the second CPU 30 is only used to drive the ARM architecture system 3, which is an ARM (Advanced Reduced Instruction Set Machine) architecture processor, as a 32-bit reduced instruction set processor architecture, which has low power consumption and Low cost and other characteristics. Therefore, the ARM architecture system 3 has the advantages of low power consumption and low cost.
  • the second main board 32 is electrically connected to the OTG subsystem 28.
  • the OTG subsystem 28 can serve as a connection channel in the x86 architecture system 2 and the ARM architecture system 3, so that data can be exchanged between the two. That is, the dual mode electronic device 100 of the present embodiment uses the OTG subsystem 28 in the x86 architecture system 2, and then the ARM architecture system 3 passes the OTG subsystem 28 and the x86 architecture.
  • System 2 is electrically connected such that the ARM architecture System 3 can share a number of electronic devices with the x86 architecture system 2 through the OTG subsystem 28, such as the data storage device 26, SD card, wired network adapter, and wireless network adapter.
  • the ARM architecture system 3 shares the numerous electronic devices of the x86 architecture system 2, such as the data storage device 26, through the OTG subsystem 28. That is, the second CPU 30 of the ARM architecture system 3 can perform operations such as reading, writing, and the like on the data storage device 26 through the OTG subsystem 28.
  • the second display screen 34 is electrically connected to the second main board 32, and the second CPU 30 drives the second display screen 34 through the second main board 32 to serve as the main body of the ARM architecture system 3. display screen.
  • the second display screen 34 can employ an electrophoretic display screen or an electromagnetic display screen, which can make the reader read for a long time, and the degree of eye fatigue is moderated to the extent that the general liquid crystal display screen brings. In a further improved design, the second display screen 34 can also adopt a touch display screen.
  • the x86 architecture system 2 and the ARM architecture system 3 are organically integrated, instead of a simple system overlay, and the ARM architecture system 3 can pass the OTG sub- System 28 shares the numerous resources of the x86 architecture system 2, saving on component recurring costs and a significant increase in product size.
  • the second display screen 34 adopts an electrophoretic display screen or an electromagnetic display screen, which can reduce eye fatigue caused by long-time reading, and has a very effective positive effect for protecting vision, especially protecting children's vision.
  • the second CPU 30 has the characteristics of low power consumption and low cost, so the ARM architecture system 3 has the advantages of low power consumption and low cost.
  • the dual-mode electronic device 100 of the present invention has the advantages of an organic integrated x86 architecture system 2 and an ARM architecture system 3 and key system resource sharing.
  • the dual-mode electronic device 100 of the present invention can be applied not only to the organic integration of a notebook computer and an e-book, but also to a dual-mode system in which a plurality of x86 architecture systems and an ARM architecture system are mixed, such as MID (mobile internet) Device) product.
  • MID mobile internet

Abstract

An electronic device with dual-role is disclosed. The device comprises an X86 system and an ARM (Advanced RISC Machines) system. The X86 system comprises an OTG (On-the-Go) sub-system, the ARM system is electrically connected with the OTG sub-system of the X86 system.

Description

双模电子装置  Dual mode electronic device
技术领域 Technical field
本实用新型涉及一种双模电子装置， 尤其涉及釆用 x86架构系统和 ARM 架构系统的双模电子装置。 背景技术  The utility model relates to a dual-mode electronic device, in particular to a dual-mode electronic device using an x86 architecture system and an ARM architecture system. Background technique
随着科技的发展， 目前的 x86架构系统和 ARM架构系统的应用都越来越 广泛。 但是由于两者的系统架构不同， 造成两者之间的通讯较为不便， 往往需 要各自包含完整的众多元件， 对应造成了重复投资， 以及产品体积的增大， 使 得两者之间的整合较为困难。 实用新型内容  With the development of technology, the current x86 architecture system and ARM architecture system are more and more widely used. However, due to the different system architectures of the two, the communication between the two is inconvenient, and it is often necessary to include a complete number of components, which correspondingly cause repeated investment and increase the volume of the product, making the integration between the two difficult. . Utility model content
针对现有 x86架构系统和 ARM架构系统通讯不便、 整合成本高等问题， 本实用新型提供一种有机集成 x86 架构系统和 ARM 架构系统的双模电子装 置。  In view of the inconvenient communication and high integration cost of the existing x86 architecture system and the ARM architecture system, the utility model provides a dual-mode electronic device with an organic integrated x86 architecture system and an ARM architecture system.
一种双模电子装置，所述双模电子装置包括 x86架构系统和 ARM架构系 统， 所述 x86架构系统包括 OTG(on-the-go)子系统， 所述 ARM架构系统与所 述 x86架构系统的所述 OTG子系统电性连接。  A dual mode electronic device comprising an x86 architecture system and an ARM architecture system, the x86 architecture system comprising an OTG (on-the-go) subsystem, the ARM architecture system and the x86 architecture system The OTG subsystem is electrically connected.
作为上述双模电子装置的进一步改进，所述 x86架构系统进一步包括第一 主板， 所述 OTG子系统设置于所述第一主板。  As a further improvement of the above dual mode electronic device, the x86 architecture system further includes a first motherboard, and the OTG subsystem is disposed on the first motherboard.
作为上述双模电子装置的进一步改进，所述 x86架构系统进一步包括第一 主板， 所述 0TG子系统设置于所述第一主板。  As a further improvement of the above dual mode electronic device, the x86 architecture system further includes a first motherboard, and the 0TG subsystem is disposed on the first motherboard.
作为上述双模电子装置的进一步改进，所述 x86架构系统进一步包括电子 元件， 所述电子元件与所述第一主板电性连接。  As a further improvement of the above dual mode electronic device, the x86 architecture system further includes an electronic component electrically coupled to the first motherboard.
作为上述双模电子装置的进一步改进，所述电子元件为磁头式硬盘或者固 态硬盘。  As a further improvement of the above dual mode electronic device, the electronic component is a magnetic head hard disk or a solid state hard disk.
作为上述双模电子装置的进一步改进，所述电子元件为有线网络适配器或 者无线网络适配器。  As a further improvement of the above dual mode electronic device, the electronic component is a wired network adapter or a wireless network adapter.
作为上述双模电子装置的进一步改进， 所述 ARM架构系统包括第二主板 和 ARM架构 CPU,所述第二主板和所述 ARM架构 CPU电性连接，所述 ARM 架构 CPU仅驱动所述 ARM架构系统。 As a further improvement of the above dual mode electronic device, the ARM architecture system includes a second motherboard And the ARM architecture CPU, the second motherboard and the ARM architecture CPU are electrically connected, and the ARM architecture CPU only drives the ARM architecture system.
作为上述双模电子装置的进一步改进， 所述第二主板通过所述 OTG子系 统与所述电子元件电性连接。  As a further improvement of the above dual mode electronic device, the second main board is electrically connected to the electronic component through the OTG subsystem.
作为上述双模电子装置的进一步改进，所述 x86架构系统进一步包括第一 显示屏幕， 所述第一显示屏幕是液晶显示屏幕或者有机电激发光显示屏幕。  As a further improvement of the above dual mode electronic device, the x86 architecture system further includes a first display screen, the first display screen being a liquid crystal display screen or an organic electroluminescent display screen.
作为上述双模电子装置的进一步改进，所述 ARM架构系统为电子书系统。 作为上述双模电子装置的进一步改进，所述电子书系统进一步包括第二显 示屏幕， 所述第二显示屏幕是电泳显示屏幕、 电磁显示屏幕或者触控式显示屏 幕。  As a further improvement of the above dual mode electronic device, the ARM architecture system is an e-book system. As a further improvement of the above dual mode electronic device, the electronic book system further includes a second display screen, the second display screen being an electrophoretic display screen, an electromagnetic display screen or a touch display screen.
本实用新型的双模电子装置有机集成了所述 x86架构系统和所述 ARM系 统架构的电子书系统， 而且所述 x86架构系统的部分关键资源， 可以与所述电 子书系统共享。所述双模电子装置的所述电子书系统因此突破了传统电子书的 存储容量限制， 拥有海量图书存储空间。 进一步的， 所述双模电子装置的所述 第二显示屏幕采用电泳显示屏幕或者电磁显示屏幕，能降低长时间阅读带来的 眼部疲劳，对于保护视力，尤其是保护儿童的视力，起了非常有效的积极效果。 还有， 所述电子书系统釆用 ARM系统架构的所述第二 CPU作为主控制器， 专门用来驱动所述电子书系统， 使得所述电子书系统具有功耗低的优点。  The dual mode electronic device of the present invention organically integrates the x86 architecture system and the electronic book system of the ARM system architecture, and part of the key resources of the x86 architecture system can be shared with the electronic book system. The e-book system of the dual-mode electronic device thus breaks through the storage capacity limitation of the conventional e-book, and has a huge amount of book storage space. Further, the second display screen of the dual-mode electronic device adopts an electrophoretic display screen or an electromagnetic display screen, which can reduce eye fatigue caused by long-time reading, and protects vision, especially protecting children's vision. Very effective positive effect. Further, the e-book system uses the second CPU of the ARM system architecture as a main controller, and is specifically used to drive the e-book system, so that the e-book system has the advantage of low power consumption.
综上所述，本实用新型的所述双模电子装置具有有机集成 x86架构系统和 ARM架构系统和关键系统资源共享等优点。 附图说明  In summary, the dual-mode electronic device of the present invention has the advantages of an organic integrated x86 architecture system and an ARM architecture system and key system resource sharing. DRAWINGS
附图是本实用新型双模电子装置一较佳实施方式的主要功能模块示意图。 具体实施方式  The drawing is a schematic diagram of main functional modules of a preferred embodiment of the dual mode electronic device of the present invention. detailed description
下面结合附图对本实用新型的双模电子装置进行说明。  The dual mode electronic device of the present invention will be described below with reference to the accompanying drawings.
请参阅附图，附图是本实用新型双模电子装置一较佳实施方式的主要功能 模块示意图，所述双模电子装置 100包括 x86架构系统 2和 ARM (进阶精简指 令集机器)架构系统 3。所述 x86架构系统 2为通用架构，其为一 x86笔记本电 脑的架构， 包括第一中央处理单元 (CPU)20、 第一主板 22、 第一显示屏幕 24、 数据存储装置 26和 OTG (on-the-go)子系统 28。所述 x86架构系统 2由所述第 一 CPU 20驱动， 所述第一 CPU 20是面向 x86架构设计的中央处理器， 如英 特尔™(IntelTM)所产的多种市售 CPU。 所述第一 CPU 20可以与所述第一主板 22封装在一起， 也可以与所述第一主板 22采用分离设计， 即， 所述第一 CPU 20可以插接在所述第一主板 22的 CPU插槽（图未示）， 也可以从所述 CPU插 槽拔出。 所述第一主板 22除了包括 CPU插槽外， 还包括众多其它接口， 如 USB接口（未标示）、 VGA接口（未标示）、 DVI接口（未标示）、 HDMI接口（未标 示）、 IDE接口（未标示）、 SATA接口（未标示）以及 OTG接口（未标示)等， 以便 众多设备与所述第一主板 22电性连接。 Please refer to the accompanying drawings, which are schematic diagrams of main functional modules of a preferred embodiment of a dual mode electronic device of the present invention. The dual mode electronic device 100 includes an x86 architecture system 2 and an ARM (Advanced Reduced Instruction Set Machine) architecture system. 3. The x86 architecture system 2 is a general architecture, which is an x86 laptop architecture, including a first central processing unit (CPU) 20, a first motherboard 22, a first display screen 24, a data storage device 26, and an OTG (on- The-go) subsystem 28. The x86 architecture system 2 is described by Driven by a CPU 20, the first CPU 20 is a central processor designed for the x86 architecture, such as a variety of commercially available CPUs produced by Intel (TM ). The first CPU 20 may be packaged with the first motherboard 22 or may be separated from the first motherboard 22, that is, the first CPU 20 may be plugged into the first motherboard 22. The CPU socket (not shown) can also be pulled out from the CPU socket. The first motherboard 22 includes a plurality of other interfaces in addition to the CPU socket, such as a USB interface (not labeled), a VGA interface (not labeled), a DVI interface (not labeled), an HDMI interface (not labeled), and an IDE interface. (not shown), SATA interface (not labeled), and OTG interface (not labeled), etc., so that a plurality of devices are electrically connected to the first motherboard 22.
所述第一显示屏幕 24是所述双模电子装置 100的内屏， 所述第一显示屏 幕 24可以是液晶显示屏幕 (LCD)或者有机电激发光显示屏幕 (OLED), 其可以 通过所述 VGA接口或者所述 DVI接口与所述第一主板 22电性连接 , 进而所 述第一 CPU 20可以通过所述第一主板 22驱动所述第一显示屏幕 24。  The first display screen 24 is an internal screen of the dual-mode electronic device 100, and the first display screen 24 may be a liquid crystal display (LCD) or an organic electroluminescent display (OLED), which may be The VGA interface or the DVI interface is electrically connected to the first main board 22, and the first CPU 20 can drive the first display screen 24 through the first main board 22.
所述数据存储装置 26为所述双模电子装置 100提供资料存储功能， 其可 以是磁头式硬盘 (MHD)或者固态硬盘 (SSD), 其存储容量可以 40G到 720G, 甚至更高， 从而可以存储大量的视频、 图片、 软件程序和图书等数据资料。 所 述数据存储装置 26可以通过所述 IDE接口或者所述 S ATA接口与所述第一主 板 22电性连接， 进而所述第一 CPU 20可以通过所述第一主板 22对所述数据 存储装置 26进行控制， 如数据的读取和写入等操作。  The data storage device 26 provides a data storage function for the dual-mode electronic device 100, which may be a head-mounted hard disk (MHD) or a solid-state disk (SSD), and its storage capacity may be 40G to 720G, or even higher, so that it can be stored. A large amount of data such as videos, pictures, software programs, and books. The data storage device 26 can be electrically connected to the first motherboard 22 through the IDE interface or the S ATA interface, and the first CPU 20 can access the data storage device through the first motherboard 22 26 performs control operations such as reading and writing data.
所述 ARM架构系统 3与所述 x86架构系统 2集成设置于所述双模电子装 置 100, 其包括第二 CPU 30、 第二主板 32和第二显示屏幕 34。 所述第二 CPU 30与所述第二主板 32电性连接，并通过所述第二主板 32驱动所述 ARM架构 系统 3。 在本实施方式中， 所述 ARM架构系统 3为电子书系统， 当然其也可 以扩展到电子书以外的应用。 所述第二 CPU 30仅用来驱动所述 ARM架构系 统 3, 其是 ARM (进阶精简指令集机器)架构处理器， 作为一种 32位精简指令 集处理器架构 , 其具有耗电低和成本低等特点。 所以所述 ARM架构系统 3对 应具有功耗低和成本低等优点。  The ARM architecture system 3 is integrated with the x86 architecture system 2 in the dual mode electronic device 100, and includes a second CPU 30, a second motherboard 32, and a second display screen 34. The second CPU 30 is electrically connected to the second motherboard 32 and drives the ARM architecture system 3 through the second motherboard 32. In the present embodiment, the ARM architecture system 3 is an e-book system, and of course, it can be extended to applications other than e-books. The second CPU 30 is only used to drive the ARM architecture system 3, which is an ARM (Advanced Reduced Instruction Set Machine) architecture processor, as a 32-bit reduced instruction set processor architecture, which has low power consumption and Low cost and other characteristics. Therefore, the ARM architecture system 3 has the advantages of low power consumption and low cost.
所述第二主板 32与所述 OTG子系统 28电性连接。 所述 OTG子系统 28 可以在所述 x86架构系统 2和所述 ARM架构系统 3中作为连接通道， 从而可 以使两者进行数据交换。也就是说， 本实施方式的所述双模电子装置 100在所 述 x86架构系统 2中使用所述 OTG子系统 28 , 然后所述 ARM架构系统 3通 过所述 OTG子系统 28与所述 x86架构系统 2电性连接，从而所述 ARM架构 系统 3可以通过所述 OTG子系统 28与所述 x86架构系统 2共享众多电子设备， 比如所述数据存储装置 26、 SD卡、 有线网络适配器和无线网络适配器等。 The second main board 32 is electrically connected to the OTG subsystem 28. The OTG subsystem 28 can serve as a connection channel in the x86 architecture system 2 and the ARM architecture system 3, so that data can be exchanged between the two. That is, the dual mode electronic device 100 of the present embodiment uses the OTG subsystem 28 in the x86 architecture system 2, and then the ARM architecture system 3 passes the OTG subsystem 28 and the x86 architecture. System 2 is electrically connected such that the ARM architecture System 3 can share a number of electronic devices with the x86 architecture system 2 through the OTG subsystem 28, such as the data storage device 26, SD card, wired network adapter, and wireless network adapter.
如上所述， 所述 ARM架构系统 3通过所述 OTG子系统 28共享所述 x86 架构系统 2的众多电子设备， 如所述数据存储装置 26。 即， 所述 ARM架构系 统 3的所述第二 CPU 30可以通过所述 OTG子系统 28对所述数据存储装置 26 进行读取、 写入等操作。  As described above, the ARM architecture system 3 shares the numerous electronic devices of the x86 architecture system 2, such as the data storage device 26, through the OTG subsystem 28. That is, the second CPU 30 of the ARM architecture system 3 can perform operations such as reading, writing, and the like on the data storage device 26 through the OTG subsystem 28.
所述第二显示屏幕 34与所述第二主板 32电性连接， 所述第二 CPU 30通 过所述第二主板 32驱动所述第二显示屏幕 34, 以作为所述 ARM架构系统 3 的主要显示屏幕。 所述第二显示屏幕 34可以采用电泳显示屏幕或者电磁显示 屏幕， 其可以使阅读者长期阅读， 而眼部疲劳程度缓和于一般液晶显示屏幕所 带来的程度。 在进一步的改良设计， 所述第二显示屏幕 34还可以采用触控式 显示屏幕。  The second display screen 34 is electrically connected to the second main board 32, and the second CPU 30 drives the second display screen 34 through the second main board 32 to serve as the main body of the ARM architecture system 3. display screen. The second display screen 34 can employ an electrophoretic display screen or an electromagnetic display screen, which can make the reader read for a long time, and the degree of eye fatigue is moderated to the extent that the general liquid crystal display screen brings. In a further improved design, the second display screen 34 can also adopt a touch display screen.
本实用新型的所述双模电子装置 100中， 有机集成了所述 x86架构系统 2 和所述 ARM架构系统 3 , 而非简单的系统叠加， 而且所述 ARM架构系统 3 可以通过所述 OTG子系统 28共享所述 x86架构系统 2的众多资源，节省了元 件的重复成本和产品体积的明显增加。 进一步的， 所述第二显示屏幕 34采用 电泳显示屏幕或者电磁显示屏幕， 能降低长时间阅读带来的眼部疲劳，对于保 护视力， 尤其是保护儿童的视力， 起了非常有效的积极效果。 还有， 所述第二 CPU 30具有耗电低和成本低等特点， 所以所述 ARM架构系统 3对应具有功 耗低和成本低等优点  In the dual-mode electronic device 100 of the present invention, the x86 architecture system 2 and the ARM architecture system 3 are organically integrated, instead of a simple system overlay, and the ARM architecture system 3 can pass the OTG sub- System 28 shares the numerous resources of the x86 architecture system 2, saving on component recurring costs and a significant increase in product size. Further, the second display screen 34 adopts an electrophoretic display screen or an electromagnetic display screen, which can reduce eye fatigue caused by long-time reading, and has a very effective positive effect for protecting vision, especially protecting children's vision. In addition, the second CPU 30 has the characteristics of low power consumption and low cost, so the ARM architecture system 3 has the advantages of low power consumption and low cost.
综上所述，本实用新型的所述双模电子装置 100具有有机集成 x86架构系 统 2和 ARM架构系统 3和关键系统资源共享等优点。  In summary, the dual-mode electronic device 100 of the present invention has the advantages of an organic integrated x86 architecture system 2 and an ARM architecture system 3 and key system resource sharing.
本实用新型的所述双模电子装置 100, 不仅可以应用于笔记本电脑和电子 书的有机集成， 还可以应用其它多种 x86架构系统与 ARM架构系统混合的双 模系统中， 如 MID (mobile internet device)产品。  The dual-mode electronic device 100 of the present invention can be applied not only to the organic integration of a notebook computer and an e-book, but also to a dual-mode system in which a plurality of x86 architecture systems and an ARM architecture system are mixed, such as MID (mobile internet) Device) product.
以上仅为本实用新型的优选实施案例而已， 并不用于限制本实用新型，对 于本领域的技术人员来说 , 本实用新型可以有各种更改和变化。 凡在本实用新 型的精神和原则之内， 所作的任何修改、 等同替换、 改进等， 均应包含在本实 用新型的保护范围之内。  The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention. For those skilled in the art, various modifications and changes can be made in the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of this new utility shall be covered by this new type of protection.

Claims

权利 要 求 Rights request
1、 一种双模电子装置， 包括 x86架构系统， 其特征在于： 所述 x86架构 系统包括 OTG(on-the-go)子系统， 所述双模电子装置进一步包括 ARM架构系 统， 所述 ARM架构系统与所述 x86架构系统的所述 0TG子系统电性连接。 A dual-mode electronic device, comprising an x86 architecture system, wherein: the x86 architecture system comprises an OTG (on-the-go) subsystem, the dual-mode electronic device further comprising an ARM architecture system, the ARM The architecture system is electrically coupled to the 0TG subsystem of the x86 architecture system.
2、 根据权利要求 1所述的双模电子装置， 其特征在于： 所述 x86架构系 统进一步包括第一主板， 所述 0TG子系统设置于所述第一主板。  2. The dual mode electronic device of claim 1, wherein: the x86 architecture system further comprises a first motherboard, and the 0TG subsystem is disposed on the first motherboard.
3、 根据权利要求 2所述的双模电子装置， 其特征在于： 所述 x86架构系 统进一步包括电子元件， 所述电子元件与所述第一主板电性连接。  3. The dual mode electronic device of claim 2, wherein: the x86 architecture system further comprises an electronic component, the electronic component being electrically coupled to the first motherboard.
4、 根据权利要求 3所述的双模电子装置， 其特征在于： 所述电子元件为 磁头式硬盘或者固态硬盘。  4. The dual mode electronic device according to claim 3, wherein: said electronic component is a magnetic head hard disk or a solid state hard disk.
5、 根据权利要求 3所述的双模电子装置， 其特征在于： 所述电子元件为 有线网络适配器或者无线网络适配器。  5. The dual mode electronic device of claim 3, wherein: the electronic component is a wired network adapter or a wireless network adapter.
6、 根据权利要求 3所述的双模电子装置， 其特征在于： 所述 ARM架构 系统包括第二主板和 ARM架构 CPU, 所述第二主板和所述 ARM架构 CPU 电性连接， 所述 ARM架构 CPU仅驱动所述 ARM架构系统。  The dual-mode electronic device according to claim 3, wherein: the ARM architecture system comprises a second motherboard and an ARM architecture CPU, and the second motherboard and the ARM architecture CPU are electrically connected, the ARM The architecture CPU only drives the ARM architecture system.
7、 根据权利要求 6所述的双模电子装置， 其特征在于： 所述第二主板通 过所述 OTG子系统与所述电子元件电性连接。  7. The dual mode electronic device of claim 6, wherein: the second motherboard is electrically connected to the electronic component through the OTG subsystem.
8、 根据权利要求 1所述的双模电子装置， 其特征在于： 所述 x86架构系 统进一步包括第一显示屏幕，所述第一显示屏幕是液晶显示屏幕或者有机电激 发光显示屏幕。  8. The dual mode electronic device of claim 1, wherein: the x86 architecture system further comprises a first display screen, the first display screen being a liquid crystal display screen or an organic electroluminescent display screen.
9、 根据权利要求 1所述的双模电子装置， 其特征在于： 所述 ARM架构 系统为电子书系统。  9. The dual mode electronic device of claim 1 wherein: said ARM architecture system is an e-book system.
10、 根据权利要求 9所述的双模电子装置， 其特征在于： 所述电子书系统 进一步包括第二显示屏幕， 所述第二显示屏幕是电泳显示屏幕、 电磁显示屏幕 或者触控式显示屏幕。  10. The dual mode electronic device according to claim 9, wherein: the electronic book system further comprises a second display screen, wherein the second display screen is an electrophoretic display screen, an electromagnetic display screen or a touch display screen .
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