Summary of Contents for TeraBee TeraRanger Evo Swipe Plus
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User Manual for TeraRanger Evo Swipe Plus (Touchless User Interface) Technical support: terabee.com/support/ Sales and commercial support: terabee-sales@terabee.com...
1.1. About the TeraRanger Evo Swipe Plus Figure 1. TeraRanger Evo Swipe Plus sensor, top view The Evo Swipe Plus sensor has no open electronics and provides an ABS protected enclosure, resulting in a dust-proof and robust operation.
String: “Left” or “Right” Gesture Recognition ~25 Hz (GR) Validation: Validation: ~ 0.01 m to 0.15 m String: “Validation” ~25 Hz Table 2 - Performance table of the TeraRanger Evo Swipe Plus 1.2.2. Communication interfaces Evo Swipe Plus Communication Interfaces ● UART ●...
(yellow) using a simple ‘clip-on’ technique. When clipping the two together, please ensure there is no visible gap between the black and yellow parts. Figure 2 - Modular design of the TeraRanger Evo Swipe Plus sensor 2.2. Mechanical design and mounting The TeraRanger Evo Swipe sensor offers an ABS housing (both: sensor and...
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Figure 3 - TeraRanger Evo Swipe Plus external dimensions, USB backboard The USB Backboard includes two holes for mounting the sensor using standard M2 screws. The following methods can be used to mount the TeraRanger Evo Swipe Plus sensor: Front-panel mount using the M2 screws...
Figure 4 - Front-panel mounting (left image); back-panel mounting (right images) 2.3. Mounting solutions When choosing a place for mounting the TeraRanger Evo Swipe Plus, please consider the following recommendations: ● Mounting close to sources of heat or strong electromagnetic fields can decrease sensor performance ●...
Linux system: sudo apt purge modemmanager Connect the TeraRanger Evo Swipe Plus to a computer and select the corresponding USB port (click “R” button to refresh the port list). Please configure the software with the following parameters:...
I2C/UART Backboard Use The TeraRanger Evo Swipe Plus sensor can output data through a UART interface using an I2C/UART backboard. Figure 8 - I2C/UART backboard front view 4.1. I2C/UART pinout The I2C/UART backboard uses a single 9 pin Hirose DF13 connector for interfacing to the host system.
Plus Table 9 - TeraRanger Evo Swipe power consumption 5. USB/UART Normal Operation 5.1. Operating Modes of the TeraRanger Evo Swipe Plus sensor The TeraRanger Evo Swipe Plus features 4 modes: ● Bidirectional PeopleTraffic Detection Mode ● Presence Detection Mode ●...
The connector of the USB/UART backboard should be placed on the right, Figure 10 illustrates the correct orientation of the TeraRanger Evo Swipe Plus. Figure 10: Sensor orientation for Swipe Mode ● When a person performs a Right to Left gesture, the sensors outputs a character string “Left”...
Once you update the parameters through the GUI (e.g. Presence Detection Mode or thresholds with the sliders), these parameters are automatically pushed to the TeraRanger Evo Swipe Plus sensor You can read the details of the GUI on Figure 11 below.
Please refer to Section Connecting the TeraRanger Evo to a Host Computer instructions on how to send commands to the TeraRanger Evo Swipe Plus sensor using a host computer and the HTerm emulation software. Each command message frame must be transmitted in a continuous stream, ie.
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