USER MANUAL VisionAR Sommario 1. Smart Glasses Overview.................................................................................................................... 2 2. Smart Glasses Before Starting ........................................................................................................... 3 3. Smart Glasses - What’s in the Box ..................................................................................................... 4 4. Control Unit Overview .....................
1. Smart Glasses Overview VisionAR offers the following: a) Capacitive Touch b) Haptic Feedback c) AR Optical Module d) Inertial Measurement Unit e) Expansion Interface a) Capacitive Touch A capacitive touch sensor which can be programmed to be interpreted as - Tap - Double Tap - Forward - Back b) Haptic feedback A haptic feedback can be programmed for signalling an alarm to VisionAR (i.e.
2. Smart Glasses Before Starting Assembling your safety glasses 1. 2. 3. 4. Take the glasses and cables out of the box Fasten the elastic headband to the glasses temples using clips Insert the USB cable into the USB slot on the optical module Lock the USB cable to temples by clip Disassembling your safety glasses Make sure that the Control Unit is turned off 1. 2. 3. 4. 5. 6.
3. Smart Glasses - What’s in the Box Opening the VisionAR Smart Glasses box (Figure 1), the portable case is immediately visible; all the accessories will be displayed in this page.
VisionAR design is illustrated in Figure 4, a gradient lens will be mounted as default (Figure 5).
4. Control Unit Overview Specs Processor (model, number of cores, frequency (rate)); Quad-core: NXP IMX6Q @800 MHz RAM (capacity): 1 GB Built-in memory (capacity): 4 GB Use of memory cards: up to 16 GB GSM, GPS radio-module Wi-Fi std 802.11 b/g/n Bluetooth standard 4.2 and BLE connection Battery (type, battery capacity, run time on a single charge, recharging time): Main battery, 4000 mAh, runtime about 4hrs, recharging time about 4hrs.
Status LED Operating system manage Status LED in this way: - blinking red LED: external battery charge < 20 % and internal battery charge > 50 % steady red LED: external battery charge < 20 % and internal battery charge < 50 % blinking violet LED: VisionAR smart glasses is not recognized by Control Unit It is recommended to fix the LED light (e.g. blue color) when application is running.
5. Control Unit Before Starting TURN ON/OFF Here the procedure to turn ON and turn OFF the Univet Control Unit TURN ON 1. Connect the Control Unit and VisionAR Smart glasses through USB cable 2. Place the Control unit 20cm far from the body 3. Drive the power button up and release TURN OFF To turn off the Control Unit: 1. Drive the power button up and hold for 5 seconds. Now you can release the power button verifying that LED lights are not flashing and only red one is on 2.
6. Control Unit – What’s in the box Figure 1: Panoramic of the Control Unit Box The contents of the box are listed below: 1. 2. 3. 4.
7. Control Unit – How to charge the battery pack Here a panoramic of Univet Control Unit (Figure 1): Figure 1: Panoramic of Control Unit frontal view 1. 2. 3. 4.
2) Check the battery status by clicking on battery pack button, as shown below (Figure 3): Figure 3: Click on battery pack button 3) The number of green spots indicates charging value of the battery pack: 1 dot: battery charge between 0 - 25 % 2 dots: battery charge between 25 - 50 % 3 dots: battery charge between 50 - 75 % 4 dots: battery charge between 75 - 100 % 4) Connect the battery pack to the charger with the USB cable, as pointed in Figure 4: type micro B interface to the battery pa
6) Connect the charger to electric socket 7) During battery charging period, a flashing green LED is displayed 8) When charging process ends, green LED is fixed as show here (Figure 5): Figure 5: Fixed green LED when battery pack is fully charged
8. FCC Compliance This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by the manufacturer could void the user’s authority to operate the equipment.
