These requirements include establishment registration, medical device listing, quality system, medical device reporting, premarket approval or clearance, labeling and U. s. agent requirements.
这些规定包括工厂的注册，医疗设备清单，质量系统，医疗设备报告，售前批准或者认可，商标及美国代理的要求。
Repackaging and relabeling of a device and specification development are defined as manufacturing in 21 CFR Part 807, Establishment Registration and Device Listing for Manufacturers of Devices.
在联邦法规第21篇第820.3（o）节和第807 篇以及《器械制造商的企业注册与器械列表》中，均将器械的再包装和再标识以及技术说明制定行为定义为制造。
As shown in Listing 4, you can continue this process by creating a new file within the new mounted file system, associating it with a loop device, and creating another file system on it.
如清单4所示，还可以继续这个过程：在刚才挂装的文件系统中创建一个新文件，将它与一个循环设备关联起来，再在上面创建另一个文件系统。
Listing 9 shows how to add a new device, and then a CPU graph.
清单9显示了如何添加一个新的设备，然后是一个cpu图表。
In Listing 4, you can see that you have one swap device that is completely unused.
在清单4中，您可以看到您有一个完全未使用的交换设备。
Listing 3 shows the mock device object code.
清单3给出模拟设备对象的代码。
The server will need to be rebooted after the update process, so make sure the bootlist is showing the target alternate disk as the first boot device (as seen in Listing 7).
服务器需要在更新过程完成后重新启动，所以要保证启动列表显示目标备用磁盘作为启动设备（如清单 7 所示）。
As I said earlier, the code in Listing 4 shows how the OBEX server will accept a file from a remote Bluetooth device.
正如我前面说的，清单4的代码显示了OBEX服务器如何从远程蓝牙设备接收文件。
Create the virtual target device that maps the virtual SCSI device to the logical volume (see Listing 6).
创建虚拟目标设备，用于将SCSI设备映射到逻辑卷(请参见清单6)。
Next, mount the file system onto a mount point using the loop device (see Listing 2).
接下来，使用循环设备将该文件系统挂载到一个挂载点上（如清单 2 所示）。
Configure and ensure the boot list is pointing to the standby BOS as the first boot device, as shown in Listing 17.
配置并保证启动列表将备用BOS作为第一启动设备，如清单17所示。
The source code for the scaling device is shown in Listing 7.
放大设备的源代码在清单7中显示。
The results are sorted by device, driver, and protocol (see Listing 1).
下面按设备、驱动程序和协议对结果进行排序（请参见 清单 1）。
The results are sorted by device, driver, and protocol (see Listing 1).
可以按设备、驱动程序和协议来对结果进行排序(请参见清单1)。
Listing 9 provides a button that passes in a device id from an input field called id and displays the response SOAP Envelope in a div element called result.
清单9提供了一个按钮，该按钮可以从名为id的输入字段传入一个设备id，并在名为result的元素中显示响应SOAP信封。
Listing 2 contains code for recording audio on an Android device.
清单2包含的代码在Android设备上录制音频。
Card services parses the CIS tuples in the card attribute memory and passes the information up to cardmgr, which loads the appropriate device drivers from the /etc/pcmcia/config file (see Listing 1).
卡服务解析卡属性内存中的 CIS 元组（tuples）并向上传送信息到cardmgr ，这将从 /etc/pcmcia/config文件（参阅清单1）加载适当的设备驱动程序。
Use the dd command to simply zero out the entire device (see Listing 6).
使用dd命令将整个设备清零(参见清单6)。
The example in Listing 1 USES Wireless Extensions tools to perform device configuration.
清单1中的示例使用WirelessExtensions工具来执行设备配置。
In Listing 11, notice that only device lp0 changed while lp1 keeps its original values in Listing 12.
在清单11中，注意只有设备lp0得到了修改，而lp1保持初始值，如清单12所示。
Listing 4 assumes that a robotic device exists that can perform the functions outlined in the steps of the auto oil filling task.
清单4假设存在一种自动设备(机器人)，可以执行autooilfilling任务的步骤中列出的函数。
Listing 2 shows how we use open to get a device handle.
清单2显示如何使用open获取设备句柄。
Upon a successful login, the device displays the main menu shown in Listing 3 (MainMenu.jsp).
一旦成功登录，设备显示如清单3所示的主菜单(MainMenu . jsp)。
The device entry in Listing 1 states that the orinoco_cs driver consists of three kernel modules: Orinoco, orinoco_cs, and hermes.
清单1中的设备条目规定orinoco_cs驱动程序由三个内核模块组成：orinoco、orinoco_cs和hermes。
For example, as shown in Listing 3, the /mnt/yellowmachine directory is a mountpoint for a Network File System (NFS) mount of the /mnt/disk1 directory on the 192.168.6.166 device.
例如，如 清单3 所示，/mnt/yellowmachine目录是192.168.6.166设备上的 /mnt/disk1 目录的NetworkFileSystem (NFS) 挂载点。
The main part is about how to use ioctl to get access to the particular device and the information we want. The original Windows code is shown in Listing 6
移植的主要部分是如何使用ioctl访问特定设备和获取需要的信息。
Determine the vhost id of the virtual SCSI device (see Listing 5).
确定该虚拟scsi设备的vhostID(请参见清单5)。
As shown in Listing 7, ZFS now recognizes the corruption (of the loop3 device) and suggests an action to replace the device.
如清单7所示，ZFS现在认识到(loop3设备的)损坏并建议操作以便替换该设备。
In Listing 3, DB-Access reads the input from the standard input device, processes the input, and writes the results to the standard output device.
在清单3中，DB -Access从标准输入设备读取输入，然后在处理该输入后将结果写到标准输出设备。
As you can see in Listing 2, whenever a new Bluetooth device is discovered, I just add it to a Vector and display the friendly name and Bluetooth address of the remote device.
在清单2中可以看出，每当发现新的蓝牙设备，我就把它加入Vector并显示远程设备的友好名称和蓝牙地址。
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