Search for services on remote Bluetooth devices
在远程蓝牙设备上搜索服务
Scans the environment for active Bluetooth devices.
扫描四周活跃的蓝牙设备。
Support using Bluetooth devices as location indicators.
支持利用蓝牙设备显示其位置。
Allows applications to discover an pair bluetooth devices.
允许应用程序搜索并且配对蓝牙设备。
Discover Bluetooth devices within the communication range of your device.
发现设备通信范围内的蓝牙设备。
You can use RFCOMM or OBEX to send and receive files between Bluetooth devices.
可以采用rfcomm或obex在蓝牙设备之间发送和接收文件。
Bluetooth devices search each other out within their given operational range.
蓝牙设备是在特定的操作范围内相互寻找的。
The program detects all bluetooth devices in range and tries to pair with them.
程序检测到所有蓝牙设备的范围，并试图与他们两人。
Register for ACTION_FOUND to be notified as remote Bluetooth devices are found.
用户会发现一个把action _ FOUND常量通知为远程蓝牙设备的注册。
OBEX is a preferred method of sending and receiving files between two Bluetooth devices.
OBEX是在两个蓝牙设备之间发送和接收文件的首选方法。
The pairing process is one of the most basic levels of security for Bluetooth devices.
配对过程是一个最基本的安全水平的蓝牙设备。
Most applications need this permission solely for the ability to discover local Bluetooth devices.
大多数应用需要这个权限，仅仅是为了可以发现本地蓝牙设备。
It also opens up other Bluetooth devices for use with the television including Bluetooth wireless stereo headphones.
这也使其他的用于电视机的蓝牙设备有了更多的用武之地，包括蓝牙无线立体声耳机。
The hardware platform of system was built based on the Bluetooth devices to realize the point-to-point connection.
以蓝牙设备为基础构建了点对点的数据传输系统硬件平台。
WearADay, the universal Bluetooth connector. Developer can use WearADay to test or experience your Bluetooth devices.
万能蓝牙连接器，适配各种蓝牙设备，开发者可以用于连接和测试自己的蓝牙产品。
The best part is that the controller can connect to any number of Bluetooth devices, including smartphones, tablets and laptops.
最好的是，该控制器可以连接到任意数量的蓝牙设备，包括智能手机、平板电脑和笔记本电脑。
Your Bluetooth Wireless Headset can communicate with other Bluetooth devices within a range of approximately 10 meters (33 feet).
此款无线蓝牙耳机可在约10米(33英尺)范围内与任何一个蓝牙设备进行沟通。
You should notice that I iterated over the Vector of remote Bluetooth devices and searched for the services that exist on each device.
您应当注意到，我在远程蓝牙设备的Vector上迭代，搜索每个设备上存在的服务。
These APIs let applications wirelessly connect to other Bluetooth devices, enabling point-to-point and multipoint wireless features.
让这些程序无线去连接蓝牙设备，应用与点对点和多个点无线特征。
Similar to the hci-usb driver used for usb Bluetooth devices discussed above, usb irda FIR dongles are supported by the irda-usb.c device driver.
与上面讨论到的用于usbBluetooth设备的hci - usb驱动程序类似，irda - usb . c设备驱动程序支持usb irdaFIR软件狗。
Searching for devices at a fixed interval means that the information system could obtain lots of information about different Bluetooth devices.
间隔固定时间搜索设备能使信息系统收集到不同蓝牙设备的很多信息。
Bluetooth protocol has security limitation somehow, that is, the authorization of the protocol is to authorize the bluetooth devices not the users.
蓝牙协议存在一些安全缺陷，蓝牙中的鉴定机制是用来鉴定设备而不是用来鉴定用户。
If you're sending simple text strings between two Bluetooth devices (as in a chat application), then there may not be much of an advantage to using OBEX.
如果要在蓝牙设备之间发送简单的文本字符串(例如在聊天应用程序中)，那么使用OBEX可能没有太大优势。
Without it though, your Bluetooth hardware may only search for services on the first remote Bluetooth devices that you pass in, and it may ignore the others.
但是如果没有它，蓝牙硬件可能只会在传递进的远程蓝牙设备中搜索第一个设备上的服务，而忽略其他设备。
I also want you to notice that in the constructor, I passed in a Vector that contains all the remote Bluetooth devices that were found by the first helper class.
我还请您注意，在构造函数中，我传递进一个Vector，它包含第一个helper类发现的所有远程蓝牙设备。
Bluetooth devices have a built-in mechanism that lets each device identify itself as well as its capabilities as it connects into this new Bluetooth network.
蓝牙设备的内置机制可以使每种设备在接入新的蓝牙网络时亮明自己的身份和能力。
At the base of the profile hierarchy is the generic access profile (GAP), which defines a consistent means to establish a baseband link between Bluetooth devices.
规范层次结构的基部是通用访问配置文件(GAP)，定义了一系列实现在不同设备间建立基带连接的方法。
So the design of Bluetooth devices application testing system is proposed in this paper, and an application testing system of Bluetooth headset devices is implemented.
为此，本文提出了一种蓝牙设备应用测试系统的设计方案，并针对具体的蓝牙头戴式设备应用测试规范完成了测试系统的编程实现。
In an ideal world, the wireless recharging system would work, out of the box, like Wi-Fi and Bluetooth devices-with any approved gadget and requiring no special adaptors.
更理想的无线充电系统应该脱离装置的束缚，就像无线保真和蓝牙技术，只要是对应的设备就不需要专用的适配器。
Unlike devices that are wired together, Bluetooth devices do not have to be aware of the capabilities or properties of the devices to which they will connect beforehand.
和接线设备不同，蓝牙设备无须事先知道待联设备的能力或性质。
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