TOSR-04-5 TOSR-10B/C LazyBone Smartphone Controlled Switch User Manual Tinysine Electronics @ 2014 Version 1.
www.tinysine.com INTRODUCTION LazyBone is smart switch controlled by our phones via Bluetooth or WiFi, supporting both Android and iOS. It’s a convenient and easy-to-use product that can be used to control your home’s electrical equipment, such as light bulbs.
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www.tinysine.com Commands We have provided a very simple command set for developers to develop their own application. The LazyBone operates with an easy to use command set as described in the table below. How to Use Step 1: Power LazyBone LazyBone has two kinds of working modes: 1.
www.tinysine.com 2. Wireless switch mode For our guide, we demonstrate using the self-power mode. First, you will need a wire that has a two-pin plug and a bulb with two polar ends that has been leaded like we have shown below.
www.tinysine.com Connect the wire to LazyBone’s AC input port: connect the live wire to the AC port named “L” and the zero line to the port named “N”. The output has three ports. The one named “N” is a common port; please wire one polar end of the bulb to this port. The last two ports have an opened switch and closed switch signal respectively; choose the opened switch port keep your bulb off, or choose the closed switch to keep the bulb on.
www.tinysine.com (4) Click the device to connect. You can assign a name for your LazyBone (the default name is LazyBone-E).
www.tinysine.com (5) The default pair code is 1234. When your phone has connected to LazyBone, the interface will show “connected: LazyBone-E” at the top. 2. Connect with iPhone (1) Download the iPhone application (Bluetooth Version) here and install it to your iOS devices, like the iPhone, iPad or iPod touch. (2) Open the app and click “Connect Device.” It will automatically detect nearby BLE devices. (3) When the app shows a device named “LazyBone-B”, choose it to connect.
www.tinysine.com LazyBone V2 (WiFi version) LazyBone V2 (WiFi version) contains a RN171 module. You will need to configure the WiFi module according to your network before you can use it. 1. There are two methods to configure your LazyBone: The first method is to use Hyper Terminal in Windows to configure LazyBone: (1) Disconnect LazyBone from AC power, set configuration switch to “Config” position, and then power your LazyBone again. (2) Once LazyBone is powered, it will create an AP network.
www.tinysine.com NOTE: It may take a while for Windows to connect to the network and assign an IP address. You can check the IP address of your computer by running the ipconfig command in the command window. Once connected, this command will show you the IP address and net mask. The IP address assigned by Auto IP must be on the subnet 1.2.3.x, otherwise the LazyBone WiFi module will not be accessible.
www.tinysine.com If your computer has both wireless and wired interface hardware, please disable the wired LAN interface hardware before connecting to the AP network, or the computer may assign an IP address that is not on the same subnet as the WiFi module. (4) Run Hyper Terminal and create a new connection. Connect to the LazyBone WiFi module on port 2000 and 1.2.3.4 2000 (5) Once connected with a proper IP address, you should see the response *HELLO*.
www.tinysine.com should return AOK.
www.tinysine.com Here we set IP address to 192.168.1.185 for demo purposes. (7) When the configuration has finished, disconnect LazyBone from its power, change the configuration switch back to the “Normal” position, and re-power LazyBone again. The second method is to use an Android phone. In the Android app (version must be V2 or later), we have added a new feature that allows us to use Android phones to configure LazyBone.
www.tinysine.com (3) Once connected, open the Android app (must be V2 or later), and click the menu key to choose “Configure”. (4) Input your network’s settings like SSID, password and IP address in turn, then click “Start”. The app will send commands to the WiFi module automatically. Click ”Finish” when the app shows configuration is complete.
www.tinysine.com (5) When the configuration has finished, disconnect the AC power and set the configuration switch back to the “Normal” position, then re-power your LazyBone. 2. Connect LazyBone to Android phone/iPhone (1) Download the Android application (WiFi Version) or iPhone application (WiFi Version) here and install it to you phone. (2) Open the app, click Connect Device and Add new devices. Input the configuration information as we have set before.
www.tinysine.com (2)When you see the words “Connected: LazyBone”, it means that your phone has successfully connected to LazyBone, and you can now use LazyBone to turn your bulb on or off! Step 3: Control your Bulb Normal mode Once your phone has connected to LazyBone, click the button in the middle to activate the bulb, and the button will become blue at the same time. Click it again to deactivate the bulb.
www.tinysine.com Advanced applications 1. Pulse output (available for both Bluetooth and WiFi version, Android and iPhone) We have added an instantaneous mode in the latest app, and you can click “Mode” in the menu to open it. This mode allows your LazyBone to output a 100ms~20s pulse. It’s useful when controlling your garage door. (1) Click the first button to turn on/off the INSTANTANEOUS MODE.
www.tinysine.com (3) Now return to the home page and click the button to output a pulse. Turn on → Wait for a while (this time will depend on how long you set) → Turn off automatically. The process is that easy! 2. Auto Disconnect (temporarily available only for the iPhone) We have added this function in order to save power. You can reconnect LazyBone at any time quickly and efficiently! This function can also be turned on or off in the “Mode” option.
www.tinysine.com 2. Keep your device uncharged when wiring or checking for problems. Never try to touch the power input and/or output ports when powered, as this can be extremely dangerous! Take extra precaution if you have to examine the power input or output ports. 3. Keep your device working in a dry environment, and never pour liquid on the device. This device doesn’t have waterproof performance. 4. Don’t open the shell of the device or leave the circuit board exposed when working. 5.
