During the day, the video monitor allows you to see your child at all times, and look after his wellbeing. When it's night time this baby monitor infrared abilities allow you to watch over your child throughout the night without entering the room.
All parents want what is best for their child. Nowadays the variety is almost overwhelming: There are infant shoes, baby furniture, baby nursery products, baby care items and many more. Among all of these it is important to remember that the child's safety comes first, and that products like baby monitors gives you peace of mind and easier life, when a baby is in the house. Otherwise you can never leave him unwatched...no?
When our child is sleeping or awake we need to be able to watch him around the clock. After a 10 minutes of the easiest installation, with 2P Monitors we can both look after our child's well being and gain the peace of mind of knowing that we can do just that.
2P wireless video baby monitors can be placed in the baby nursery or anywhere else around the house. They are equipped with infrared abilities for night vision and they help us to feel safer, knowing that we are always in touch with our baby's needs.
Just to sort things out, here are a few facts about the different kinds of baby safety monitors.
There are three kinds of baby monitors (we combined the first two, with the combination of the third one you are completely covered):
- Audio monitors: Operate within a selected radio frequency band to send sound to the receiver (mobile or static).
- Video monitors: Use a small camera that transmits images to a screen-receiver.
- Movement sensors: Pads that are placed under the mattress and are designed to alert when a baby's movement completely stops for more than 20 seconds. While movement sensors tend to be reassuring for some concerned parents, there are not medical devices and should not be considered a prevention method for Sudden Infant Death Syndrome (which cause is still unknown).
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About infrared Infra red light cannot be seen but can be detected. Objects that generate heat also generate infrared radiation and those objects include animals and the human body.
Infrared light has a range of wavelengths, just like visible light has wavelengths that range from red light to violet. The longer, far infrared wavelengths are about the size of a pin head and the shorter, near infrared ones are the size of cells, or even smaller.
How can we "see" using Infrared? Since the source of infrared is heat, any object which has a temperature releases infrared. Even objects that we think of as being very cold (an ice cube for example), release infrared. The warmer the object, the more infrared radiation it releases. This radiation (energy), might be invisible to the naked eye, but can be detected by electronic devices design for such a purpose.
Night vision
One of the most popular uses for infrared is "night vision": Enable the human eye to see even when there is insufficient visible light. Cameras that use infrared to "see" in the darkness, actually detect differences in temperature, and assign different colors (or brightness) to them when turning them into an image on a screen. While doing so they provide the viewer with a picture that human eyes can "read". They have many uses – from baby monitors and other baby safety products, to military uses.
Simple infrared sensors were used as early as World War 2 by British, American and German snipers as night vision aids.
What is a servo motor?
Servo is a device with an output shaft that can be moved to specific angular positions by sending a simple coded signal. As long as the coded signal exists on the input line, the servo will keep the angular position of the shaft. As the coded signal changes, the angular position of the shaft changes. Among other, servos are used in such as in radio control airplanes to control the position of wing flaps, in RC cars (to turn the wheels), puppets, and of course, in robots.
A servo motor is a combination of a DC motor (a common small and powerful motor), a shaft position sensor, and a feedback circuit.
The sensor allows the control circuitry to monitor the angle of the servo motor. If the shaft is at the correct angle, then the motor shuts off. If the sensor finds that the angle is incorrect, it will turn the motor until the angle is correct.
A normal servo is mechanically incapable of turning further than 180 degrees. The angle is determined by the pulse duration that is applied every 20 milliseconds. The frequency of this pulse corresponds with certain angles, ranging from 0° to 180°.
If the Servo's shaft needs to make a wide turn, the motor will run at full power. If it needs to make a small turn only, the motor will run slower. This is called proportional control.
Servo motors are used in 2P BM-2000 monitors (one of our top of the line baby care products) to turn and tilt the camera so that it covers the entire baby nursery or play area, for maximum baby safety.
What is CMOS?
CMOS is short for Complementary Metal Oxide Semiconductor. CMOS semiconductors use both PMOS (positive polarity) and NMOS (negative polarity) circuits. Since only one of the circuit types is on at any given time, CMOS chips require less power than chips using just one type of transistor. This makes them particularly attractive for use in battery-powered devices, such as our wireless cameras. CMOS image sensor integrates all camera functions in a small, single chip package enabling manufacturers to design high-performance, reliable and cost-effective solutions.
CMOS are used in TP Monitors in the BM-2000 model (our most advanced baby care products).
$199.99 / €145.99
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