A conductive stripe may be added for discharging debris in the slider-to-disk interface.
可以添加导电条，用于放电滑动器到盘的界面上的碎屑。
When combined, the cache capacity on the drive, the disk algorithms used, the interface speed, and the areal density, produce a disk transfer time.
驱动器上的缓存容量、所使用的硬盘算法、接口速度和磁录密度组合到一起，就构成了磁盘传输时间。
It does not contain a graphical user interface (GUI) and boots by default as a RAM disk; thus any changes you make are lost when you unplug.
它不包括一个图形化用户界面(GUI)，以及作为一个RAM磁盘默认引导；因此当您拔掉电源时您所作的改变都将丢失。
The user interface, as seen in the screenshot, is almost entirely wizard driven, making the sometimes arcane world of disk imaging more accessible to newcomers.
正如所见的截图一样，用户界面几乎完全是向导驱动，使神秘的磁盘映像领域对新手对说也很容易。
Typically, however, applications start out with an interface to the disk, and must be converted to an in-line cache interface.
但是，通常应用程序最开始使用的是到磁盘的接口，必须转换为内联的缓存接口。
Because the interface is consistent across all the devices, you can get uptime, network statistics, disk space, and even process monitoring using the same methods across multiple hosts.
由于该接口在所有设备中保持一致，您可以跨多个主机使用相同方法来获取正常运行时间、网络统计数据、磁盘空间甚至进程监视信息。
This interface shows some information about your system, such as the amount of free space left in the disk and the size of your disk.
此界面显示了关于系统的部分信息，如磁盘上剩余可用空间和磁盘的总空间。
This system implemented a nonstandard interface to the underlying storage tuned for object semantics and other features (such as asynchronous notification of commits to disk).
这个系统实现一个到底层存储的非标准接口，这个底层存储已针对对象语义和其他特性(例如对磁盘提交的异步通知)调优。
Later, it was the Disk Operating System which came along and provided a consistent way for programs to interface with hardware through the BIOS.
之后是磁盘操作系统，它为提供一种统一方式通过BIOS连接程序与硬件。
Aiming at these problems above, a storage structure based on intelligent network disk (IND) is presented, and then the hardware and software model of the interface of IND is described in detail.
针对上述问题，文章提出了一种基于智能网络磁盘(IND)的存储架构，并具体阐述了IND接口的硬件和软件模型。
This paper presents the interface technique including hardware instruction and software modular for reading and writing the floppy disk with 8098 microcomputer.
本文介绍了用中断方式实现8098单片机读写软盘的接口技术，包含软件模块和硬件结构。
By read-write speed, U-disk carrying out USB interface criterion enjoys popularity, speed of which is much higher than floppy disk.
从读写速度来说，U盘采用USB接口标准广受欢迎，读写速度比软盘快的多。
The system can drive digital cameras and MOs through USB interface and it can read out the photos from digital camera then store them on MO disk directly.
该系统能够直接驱动usb接口的数码相机和MO，实现数码相机照片到MO的直接备份。
A new interface circuit is researched and designed by the author it can be connected with PC-1500 computer and floppy disk machine.
本文研究并设计了一种新的接口电路，使PC- 1500计算机能够与软磁盘机配接、并能通过键盘编制注解文件。
This method can be used to design the interface of a floppy disk driver or a highspeed sampling circuit.
该方法可用于软盘驱动器或高速采样的接口设计。
This method records video data on hard disk directly with FAT32 file format by direct operating ide interface.
该方案采用对ide硬盘的直接读写技术，直接将视频数据记录在硬盘上并形成FAT32文件格式。
We synthetize the hardware and software, and realize the function of the communication of RS232 serial interface the function of the recorder reading and writing USB disk.
综合本文中的硬件和软件设计，实现了记录仪的RS232串口通信功能，和记录仪对U盘的读写功能。
Input by keyboard, RS232 interface, floppy disk and USB interface.
键盘输入，RS232接口输入，软盘输入，US b接口输入。
In storage record module, the hard disk and IDE interface are analyzed, based on whose characteristics, a designation of a Dual Purpose with-without PC is proposed.
在存储记录方面，分析了IDE硬盘特性和接口协议，并根据协议特性实现了一个可联机脱机两用的控制系统。
Practice shows that the way can not only make the monitor communicate with PC by means of RS232 serial interface but also store data by U disk. It has a certain practicality and promotion values.
结果表明，该技术的应用使得起重机安全监控装置不仅可以利用RS232串口与PC机通信，还可利用U盘进行数据的存储，具有一定的实用性和推广价值。
The interface can be used in embedded system which need fast switch between USB host mode and slave mode. And it can be communicated with U disk in host mode and PC in slave mode.
最终实现了嵌入式系统USB主从模式的快速切换以及在主机模式下与U盘、从机模式下与PC机的通信。
The interface can be used in embedded system which need fast switch between USB host mode and slave mode. And it can be communicated with U disk in host mode and PC in slave mode.
最终实现了嵌入式系统USB主从模式的快速切换以及在主机模式下与U盘、从机模式下与PC机的通信。
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