AboutPage View License 查看许可协议 Battery Buddy is a small and simple utility designed to improve the lifetime of the battery. Battery Buddy （电池搭档）是一个帮助你改善电池寿命的小巧玲珑的软件。 Battery Buddy is open source software licensed under the terms of the GNU General Public License. Battery Buddy（电池搭档）是一个在 GNU 通用公共协议条款之下的开源软件。 Contributions and translations are always appreciated! 非常感谢你们提供贡献及翻译！ If you like my work and would like to support me, you can buy me a coffee! 如果你喜欢我的作品，不妨考虑给我买杯咖啡！ Translations 翻译 Contributors A modified version of %1 by %2 in the emoji pack %3 is used in the logo. License: %4 InfoPage What is Battery Buddy? Battery Buddy（电池搭档）是什么? Battery Buddy is a small and simple utility designed to improve the lifetime of the battery. Battery Buddy （电池搭档）是一个帮助你改善电池寿命的小巧玲珑的软件。 It simply monitors the battery level and if it has been charged above the limit, it plays a sound and displays a notification. 本软件会监测设备电量，如果已经超过充电限值，会自动播放声音并显示通知。 A different sound is played and notification send when the battery has been discharged under the limit. 当电池在限制下放电时, 将播放不同的声音并发送通知 Why does it matter? 为何这很重要? Lithium-based batteries do not last forever. Every charge and discharge wear out the battery a small amount. This is normal and currently unavoidable. 锂电池不能永久使用。每次充电和放电都会使电池产生些许损耗。这是正常的, 以目前技术水平尚不可避免的。 A full charge from 0% to 100% stresses the battery more than, say, charging from 25% to 75%. 从0%到100%的完全充电对电池的压力大于, 例如, 从25%到75%的充电。 Charging and discharging the battery lowers the capacity over time. Small discharge wears out the capacity slower than a deep discharge and a full recharge. 随着时间的推移, 电池的充电和放电会降低电池容量。轻度放电产生的电量磨损比深度放电和完全充电低。 Is it noticable? 这很明显吗? Yes, it is. If you always let the battery drain down to 0% and then charge it to 100%, your battery may not see 500 charge cycles. 是的，如果你总是让电池耗尽到 0%, 然后将其充电到 100%, 则你的电池可能无法充电超过500次。 If you only let the battery charge go down to 50% and then charge it to 70%, it could last several thousands of cycles! 如果你只让电池电量下降到 50%, 然后充电到 70%, 它或许能充电几千次! More info 更多信息 Please keep in mind that the numbers are very coarse estimates. There are also other variables that affect the life cycle, such as charge current and battery temperature. 请记住, 这些数字是非常粗糙的估计。还有其他影响充电次数的变量, 如充电电流和电池温度。 Why should I care? 为什么我应当留心? Every battery produced uses a lot of energy and at least some non-renewable resources. 生产每一块电池都需要大量的能源, 其中一些是不可再生的资源。 By taking care of your devices battery, you don't have to buy a new battery so soon. 通过留心你设备的电池状况，你不必太快去更换一块新电池 Even better; in some devices the battery is very difficult to replace without braking the device, which means you don't have to pay for the service, either. 对于某些设备, 只能通过拆卸的方式更换电池，这意味着你需要为此支付服务费用。 What else can I do? 我还能做点什么? Uninstall battery-hungry applications you don't use. Reboot your device every now and then in order to keep it running flawlessly. 卸载你不用的耗电应用程序。不时重启设备以确保其完美运行 Don't use your phone in hot or cold environments. In the winter keep the phone in your pocket near your body (but take note of the moisture) and use a handsfree device. Extreme temperatures are bad for the battery. 不要在过冷或过热环境中使用手机。冬天, 把手机放在贴近你身体的口袋里 (但要注意水分), 并使用免提设备。极端温度对电池不利。 I want to know more! 我想了解更多! Great! There are a lot of articles to read and papers to study, so click the link to begin! 很好! 这里有许多可读的文章和研究论文，请点击链接以开始! Use flight mode overnight whenever possible in order to cut power usage down. Powering the device off and on again may use a lot more battery than you think! 总是开启飞行模式以节省电量。反复开关手机可能比你认为的更费电。 LogPage View log 查看日志 Update 更新 Copy 复制 Log level 日志级别 Quiet Low log setting 安静 Verbose Medium log setting 冗长 Debug High log setting 排除故障 MainPage Battery Buddy Battery Buddy 电池搭档 Battery status 电池状态 Background More to read, background information... 更多阅读, 后台信息... yes 是 no 否 Charge: 充电: State: 状态: idle Charger plugged in, not using nor charging battery 充电器已插入, 请勿使用不可充电电池 discharging Charger not plugged in, battery discharging 充电器未插入，电池放电中 charging Charger plugged in and battery charging 充电器已插入，电池充电中 unknown Battery not detected, or faulty, or something 未检测到电池或出错或别的原因 full Battery fully charged 充满 empty Battery fully depleted 耗尽 Charger connected: 充电器已连接: You can close Battery Buddy when you are done, notifications and charger control will continue working in the background. 你可以关闭 BatteryBuddy，通知及充电控制功能可以在后台进行。 If notifications misbehave or there are problems with charger control, restarting the background service should help. 如果通知表现不正常或充电器控制有任何问题，重启后台服务可能会有用。 Start 开始 Stop 停止 Background service 后台服务 Current: 当前状态: Good Battery is OK Warm Battery is warm Overheated Battery is very hot Cool Battery is cool Cold Battery is very cold Health: Temperature: QObject Never 绝不 30 seconds 2.5 minutes 5 minutes 10 minutes 15 minutes 30 minutes 1 hour 2 hours 4 hours 8 hours 10 hours 12 hours 24 hours Settings Battery charge %1% 电池充电 %1% Please connect the charger. 请连接到充电器 Please disconnect the charger. 请断开充电器 Battery health %1 Battery health is not good Battery health is critical SettingsPage Settings 设置 About About this application 关于软件 Charging settings 充电设置 Automatic charging control 自动充电操作 This option disables charging automatically when the battery has charged above the pausing percentage and enables it again when the battery has depleted below the resuming percentage. 当电池的充电量高于暂停百分比时，此选项将自动禁用充电；当电池的电量低于恢复百分比时，此选项将再次启用。 Pause charging limit 停止充电电量 Resume charging limit 恢复充电电量 Notification settings 通知设置 Display visual and audible notifications about reached battery charge levels, when the battery charge is below or above desired percentage. 当电池电量低于或高于所需百分比时，显示有关已达到电池电量水平的视觉及听觉通知。 Battery full notification 电池充满通知 Battery low notification 低电量通知 Background service 后台服务 Start background service at startup 启动时开始后台服务 Battery high notification interval 电池电量高通知区间 Battery low notification interval 电池电量低通知区间 Never 绝不 View log 查看日志 Health notification settings Display visual and audible notifications when the battery status exceeds safe values.<br />This usually means high (or low) temperature but can include other parameters depending on the hardware. Battery health notification Warning Critical Health notification interval Notification threshold