Wireless Bluetooth Virtual Laser Projection Keyboard Mouse For iPhone 6S 6S Plus
This projection keyboard will work via Bluetooth HID. connection to main devices, like Tablet PC, Smartphone, Desktop PC and Video game .
As a new input device, using the built-in infrared laser transmitter to project the standard keyboard on the working surface ,
you can locate the click position and input the information by the method of optical identification.
Without physical keyboard, small size, easy to carry, this projection keyboard can adapt to most of the working environment.
Specification:
| Pattern Projector | Light Source:Red Laser Diode |
| Keyboard Layout:Approx. 19mm Pitch, QWERTY Layout | |
| Keyboard Size:Approx. Width : 240mm, Height: 100mm | |
| Keyboard Location:Approx. 80mm from the bottom of device | |
| Project Surface:Non-reflective, opaque flat surface | |
| Keyboard Sensor | Recognition Rate:Approx. up to 350 characters per minute |
| Operating Surface:Any firm flat surface | |
| Electrical Characteristics | External Power Supply:USB Power / less than 5V 500mA |
| Battery & Capacity:Lithium-ion Polymer Battery, 600mAh(MA X) @ 3.7V |
|
| Battery Operating /Battery Charging Time:Approx. 120min | |
| Bluetooth:V3.0, HID Profile Ver 1.0 | |
| Frequency Range:2402-2480MHz | |
| Channel:79 | |
| Modulation:GFSK | |
| Environmental Conditions | OperatingTemperature:0 ~ 35°C / 90%RH |
| Storage Temperature:-5 ~ 35°C / ~90%RH | |
| Dimensions and Weight Specifications | Size (mm):78mm x 40mm x 20mm |
| Weight (g):Approx. 60 g |
Product Features:
English QWERTY keyboard layout.
Truly portable design:perfect for on-the-go
Full size key pitch and shortcut keys for ease of operation
Superior durability (No moving component inside)
Built-in Lithium-ion Polymer rechargeable battery for mobility and convenience
Compatible with latest operating systems: Windows XP & later, Windows Phone 7 & later, iOS4 and later, Android 2.1 and later, Mac OS X & later.
How This Product Works:
This product emits infrared light from the lower end of the product to detect objects such as fingers. When an object passes through the are illuminated by the infrared light source, any infrared light reflecting off an object is detected by the sensor.
Information on the position and movement of the object is then analyzed to perform the product’s role as a keyboard.
Conditions to Avoid:
1. Avoid direct sunlight.
2. Avoid low color temperature light source, such as tungsten, halogen, or incandescent lamp.
3. Avoid uneven or irregular surfaces. Place the product on flat surfaces.
4. Avoid a table or surface that is as transparent or reflective as glass or mirror.
5. Avoid placing any objects within the space between the main unit and the laser projected keyboard layout.
Note:
Because this product uses infrared rays, strong infrared radiation from direct or reflected sunlight or from tungsten
(halogen or incandescent) lighting may cause operating error
Caution:
Although this equipment is classified as Class 2 laser product, for your safety, do not directly expose your eyes to pattern projection beams orinfrared rays.
1. For safety reasons, be sure to use only the microUSB to USB cable specified for this product.
2. Make sure to fully charge the battery before using the product for the first time.
3. Battery charging times may vary slightly depending on the ambient temperature.
4. The battery may not be charged to 100 percent of its rated cell capacity even when the charging indicate LED goes out.
5. Using or storing the battery in high temperature, humidity and pressure environments may cause the battery to explode.
6. Since the battery is a consumable item, its storage capacity decreases gradually as time passes.
Identifying Parts and Their Functions:
1. Projector: Uses a red laser to project the image of a keyboard onto a flat surface in front of the typist.
2. Sensor: Picks up the infrared light reflected off the typist’s fingers and triangulates the location of the reflected light to determine which key was pressed. This sensor provides a keyboard function.
3. IR Light: Uses an infrared laser to emit an invisible plane of light a few millimeters above the projection surface so that the infrared light can be reflected off of the typist’s fingers to the sensor.
LED Indicator:
| Left LED | Right LED | ||
| Searching bluetooth device | Blue(Blinking) | “SHIFT” Tap | Blue |
| Seccessfull pairing | Blue out | “SHIFT” Cancel | Bleu out |
| Low battery | Red(Blinking) | Text Input | Blue(Blinking) |
| Battery charging | Red | ||
| Charge Complete | Red out | ||
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