Newstar LED Co., Limited is a market-leading innovator and professional led manufacturers in the field of high power led that engaged in researching, developing, manufacturing and sales of led light, Newstar has a well-trained team including full experienced technicians and salesman, "product quality and service foremost" is our main goal.
Provides general lighting and brightness adjustment Special design for lawn Supports RGB LED color change Mobile App control of light on / off, brightness and color etc Small size, light weight Handy and portable for outdoor use Wireless transmission coverage up to 20 meters Compatible with Apple devices with Bluetooth 4.0 and Android devices running Android 4.3 or above BTL400 smart solar energy lawn lamp lights, can automatically switch or through open and free mobile APP software control lights, adjust the brightness of LED lights, choose RGB color, and other functions
Iluminación y sonido en un único dispositivo. Basta colocarlo en el casquillo, conectarlo mediante Bluetooth al móvil u otro dispositivo y la estancia quedará completamente ambientada en ambos aspectos. Se trata de PlayBulb, un nuevo tipo de bombilla LED de fabricación belga que satisfará por igual las necesidades de iluminación y no supondrá un obstáculo estético a quienes no les guste ver la estética distorsionada por unos altavoces. Combinación con doble propósito es lo que propone el fabricante de Mipow, al aunar bombilla LED y altavoz inalámbrico a través de Bluetooth en un sólo objeto. La tradicional bombilla queda en el olvido en los últimos tiempos gracias a la tecnología LED lo que permite aprovechar la menor necesidad de espacio para aumentar las prestaciones, como en este caso, integrando un altavoz en la estructura. La alimentación eléctrica queda solucionada, evidentemente, al obtener la energía del propio casquillo y ya sólo quedará sincronizar con el móvil, tablet, ordenador o equipo de música emisor del sonido que llegará de manera inalámbrica a través de Bluetooth.
El PlayBulb es una bombilla LED con altavoz Bluetooth integrado, quecombina luz y música en un mismo ambiente y controlarlas desde nuestro dispositivo móvil. La PlayBulb es un dispositivo inteligente luminoso habilitado de conexiones inalámbricas y el altavoz es ideal para dormitorios de estudiantes, apartamentos o en la casa.
Una vez que el PlayBulb se ha acoplado en cualquier lámpara de la casa con rosca standard E27, la cuál servirá como fuente de alimentación, podremos transmitir el audio de forma inalámbrica colocando un dispositivo iPod, iPhone, o cualquier otro dispositivo auxiliar,
Con el dock incluido podremos escuchar escuchar la música, de forma inalámbrica, hasta en 8 lámparas (colocando un dispositivo Audio Bulb en cada una de ellas), pudiendo crear un ambiente musical óptimo tanto en el hogar como en la oficina.
CARACTERISTICAS:
Altavoz de 2,25 pulgadas de rango completo que se conecta a cualquier enchufe de bombilla
Conexión Aux-in de 3.5mm y conector de 30 pines
Se conecta a cualquier portalámparas o toma de corriente hasta 60 vatios
Compatible con los casquillos de tipo E27, B22, eTiger puede controlarse a distancia, tanto para las funciones de iluminación como para subir o bajar el volumen del sonido, desde un pequeño mando a distancia (con 1o metros de alcance) además de a través de los propios dispositivos móviles. En cuanto a la capacidad para romper la oscuridad, ofrece una luminosidad equivalente al de una bombilla incandescente de 60 W y en cuanto a sonido ofrece una potencia de salida de 10W.
1, Mini Bluetooth LED Bulb Speaker Product Size: D95mm*H125mm Type: Bluetooth bulb speaker Color option: Pink,Blue,Green,White. Speaker Power :3W LED Power: 6W Dimmable: Yes. Base: E27 Amplifier: Class D Color light: Cool white or Warm white Signal input: Bluetooth 3.0 Remote distance: in 10 meters Working temperature: -20℃ ~40℃ Working voltage: AC 100-240V Body materials: ABS With one piece wireless controller
2, Music Bluetooth LED Bulb Speaker
Product Size: D87mm*H140mm
Type: Bluetooth bulb speaker Color option: Pink,Blue,Green,White.
Speaker Power : 10W
LED Power: 7.5W(Taiwan chip)
Dimmable: Yes. Base: E27
Amplifier: Class D
Color light: Cool white or Warm white
Signal input: Bluetooth 3.0
Remote distance: in 10 meters
Working temperature: -20℃ ~40℃
Working voltage: AC 100-240V
Body materials: ABS
With one piece wireless controller
Advantages:
•Enjoy music anytime any where.
•Adjust the brightness and volume with remote controler ,wireless and easy.
•Color choice, excellent workmanship.Special wireless bluetooth speaker and LED Lamp.
•Both light brightness and music volume are adjustable.
•High brightness and low power consumption.
•Energy saving and environmental protection
Application
1.Used as lamp, either mounted on the ceiling, but also as wall lamp.
2.Used as loundspeaker,whether in the living room dining room, kitchen or room; whether in the bathroom or the office, anywhere, anytime
Ground, connected to 85-265V household power, links to your Bluetooth phone, you can enjoy the wonderful music.
3.Room, den, living room, kitchen, dining room, bathroom, balcony, gym,hotels etc.
3, RGB Bluetooth LED Bulb Speaker
Product Size: D85mm*H147mm Type: Bluetooth RGB bulb speaker Speaker Power : 10W LED Power: 7.5W(Taiwan chip) Dimmable: Yes. Base: E27 Amplifier: Class D Color light: Cool white+Mixed RGB Signal input: Bluetooth 3.0 Remote distance: in 10 meters Working temperature: -20℃ ~40℃ Working voltage: AC 100-240V Body materials: ABS
With one piece wireless controller
3, APP Bluetooth LED Bulb Speaker Product Size: D80mm*H135mm Type: Bluetooth APP RGB bulb speaker Speaker Power: 10W LED Power:10W(Taiwan chip) Dimmable: Yes. Base: E27 Amplifier: Class D Color light: Cool white+unlimited color Signal input: Bluetooth 4.0 Remote distance: in 15 meters Working temperature: -20℃ ~40℃ Working voltage: AC100~240V Body materials: ABS
Compatible with iOS and Android System (iOS5 and above; Android4.0 and above)
I find that the measure of a good Instructable is the ideas that it inspires, which is why I enjoyed Instructable titled "Give Your Bed Under glow!" I never would have thought of adding an LED strip to the bottom of a bed otherwise, and I immediately wanted to do this for my kids.
I wanted to go a bit beyond what did and add the ability to have the lights turn on when needed and off again after a period of inactivity, so I decided to try my hand at hacking the LED strip to do just that. This instructable will show you how I went about hacking my LED strip to add a microcontroller and motion sensor. Hopefully the ideas you find here will serve as a launching point for your own ideas and improvements..
(This step is a discussion of my approach to hacking the LED strip, and may not necessarily be well described. If you just want to get on with the instructions already, feel free to skip to the next step.)
The idea is to be able to add a microcontroller that can control the power to the LED strip (turn it on and off as needed), without losing the ability to control the color and pattern with the remote control. There were two options, as I saw it:
Build an entirely new control circuit.
This would require integrating the remote control receiver into the new microcontroller, reverse engineering the remote protocol, adding MOSFETs to control power to each of the LED channels (and, probably, a MOSFET control chip), and programming the light values and patterns into the microcontroller.
However, that's quite a lot of work and a lot of additional electronic components. To be honest, and let's be clear about this, I'm far, far too lazy to do all that work, which leaves option number...
Wire the microcontroller into the existing circuitry.
This is the approach I took for this Instructable. and will be described below.
Somehow the circuit needs to be modified to allow the microcontroller to control the power supplied to the logic portion of the LED controller circuit board.
A quick look at the LED controller circuit board shows that there are two black ICs. The upper IC in the pictures is the brains of the controller. It changes the LED color, does pulse-width modulation (PWM), and controls the light patterns. I'm guessing that the lower IC is a MOSFET control chip, which turns power on and off to each of the LED power lines (I could be wrong about this, however). There's also a ground plane (highlighted red in the third picture), a +12 volt power rail, and a +4.7 volt power rail (highlighted in blue). There are several potential solder points (highlighted in yellow).
The LED controller accepts commands from the remote control, allowing the LED colors to be set and for different display patterns to be selected. The controller is able to remember the LED settings when power is removed and reapplied, which will be very helpful.
I measured the current being drawn by the two ICs at about 1 mA, which is well within the current sourcing abilities of most microcontrollers, so a transistor or MOSFET will not be needed and the ICs can be powered directly from the microprocessor. All that is required, then, is to disconnect the two ICs from the +4.7 volt power rail (by cutting the circuit board trace at the black line), tie the microcontroller to +4.7 volts and ground, and connect one of the microcontroller pins to the power pins of the two ICs on the LED controller circuit, so that the microcontroller can power the ICs at will.
A simple and cheap PIR motion sensor can be easily connected to the microcontroller to detect motion, and the microcontroller can easily be programmed to timeout after a specific period of time.
