User Manual

6.7. Decoding
The Handy Terminal supports Full
Full-area Imaging
With full-area imaging the Handy Terminal supports omni
positive read can be obtained from many positions. For details, see Omni
Scanning Positions on paragraph 6.10.
6.8. To Decode a Bar Code
1. Tap Start -> Demos -> Scan Demo
2. Position the Handy Terminal over one of the
A range of 4–10 inches (10–25 cm) from the bar code is recommended.
3. Project the aiming brackets by pressing and holding the
4. Center the aimer crosshair over the bar code. The aiming beam should be orien
the bar code to achieve optimal
5. When the bar code is successfully decoded, the decode LED lights green and the terminal beeps.
6.9. Sample Bar Codes
You can use the following bar codes to verify decoding:
Code 39
6.10. Omni-Directional Scanning Positions
The high-vis aiming pattern frames the bar code to provide you with the best scanning performance.
☞NOTE: To achieve the best read, the aiming beam should be centered horizontally across the bar code.
The aiming pattern is smaller when the terminal is held closer to the code and larger when the
terminal is held farther from the code. Symbologies with smaller bars or elements (mil
be read closer to the unit whereas larger bars or elements (mil size) should be read farther from the
unit.
6.11. Capturing Images
The image-capture process is an intuitive, split
basic guidelines, however, new users can easily develop their own technique and, with practice,
39
Full-area Imaging decode mode.
area imaging the Handy Terminal supports omni-directional aiming meaning that a
positive read can be obtained from many positions. For details, see Omni
paragraph 6.10.
To Decode a Bar Code
Scan Demo.
2. Position the Handy Terminal over one of the Sample Bar Codes on paragraph 6.9.
25 cm) from the bar code is recommended.
3. Project the aiming brackets by pressing and holding the Scan key. The Scan LED lights red
4. Center the aimer crosshair over the bar code. The aiming beam should be orien
the bar code to achieve optimal decoding; Omni-Directional Scanning Positions
5. When the bar code is successfully decoded, the decode LED lights green and the terminal beeps.
Sample Bar Codes
bar codes to verify decoding:
ode 39 PDF 417
Directional Scanning Positions
vis aiming pattern frames the bar code to provide you with the best scanning performance.
read, the aiming beam should be centered horizontally across the bar code.
The aiming pattern is smaller when the terminal is held closer to the code and larger when the
terminal is held farther from the code. Symbologies with smaller bars or elements (mil
be read closer to the unit whereas larger bars or elements (mil size) should be read farther from the
Capturing Images
capture process is an intuitive, split-second operation for experienced users. By following
guidelines, however, new users can easily develop their own technique and, with practice,
directional aiming meaning that a
positive read can be obtained from many positions. For details, see Omni-Directional
ragraph 6.9.
key. The Scan LED lights red.
4. Center the aimer crosshair over the bar code. The aiming beam should be oriented in line with
Directional Scanning Positions on paragraph 6.10.
5. When the bar code is successfully decoded, the decode LED lights green and the terminal beeps.
vis aiming pattern frames the bar code to provide you with the best scanning performance.
read, the aiming beam should be centered horizontally across the bar code.
The aiming pattern is smaller when the terminal is held closer to the code and larger when the
terminal is held farther from the code. Symbologies with smaller bars or elements (mil size) should
be read closer to the unit whereas larger bars or elements (mil size) should be read farther from the
second operation for experienced users. By following
guidelines, however, new users can easily develop their own technique and, with practice,