Différences entre versions de « SBK-DataLogger »

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(22 versions intermédiaires par le même utilisateur non affichées)
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{{SBK-NAV}}
 
{{SBK-NAV}}
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== Early Preview ==
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This documentation is at early preview stage.
  
 
== What is the SBK-DataLogger ? ==
 
== What is the SBK-DataLogger ? ==
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[[Fichier:sbk-dataloger-specimen.jpg|640px]]
 
[[Fichier:sbk-dataloger-specimen.jpg|640px]]
  
SBK-DataLogger is a Smart Data Logger intelligent. It is able to capture physical quantity data. Very simple to use, the DataLogger can automagically detects the sensor and identifies the data collection available.  
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[[Fichier:sbk-dataloger-smart.jpg|640px]]
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SBK-DataLogger is a Smart Data Logger capable of capturing physical quantity data (atmospheric pressure, luminosity, wind speed, acceleration, etc).  
 +
 
 +
Very simple to use, the DataLogger automagically detects the connected sensor and identifies the data collection available.
 +
 
 +
By waiting the final product, here is a preview of the development and test version:
 +
 
 +
[[Fichier:sbk-dataloger-dev-version.jpg|640px]]
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 +
=== Display ===
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The Data Logger fits a 3.5" display allowing the user to preview the current sensor data.
 +
 
 +
Thanks to the wider screen, the larger font used will facilitate the data visualisation.
 +
 
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[[Fichier:SBK-datalogger-data-preview-02.jpg|480px]]<small><br />Specimen of previewed data</small>
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The columns displays:
 +
* Sensor identification
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* Measurement short name
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* last sampled data
 +
* physical unit
 +
 
 +
=== Data recording ===
 +
 
 +
The user interface would allow to selects the data to be captured as well as the sample frequency.
 +
 
 +
Once the data logging started by the user:
 +
# the data are collected from sensor,
 +
# the data is stamped with a timestamp,
 +
# the data is stored inside internal memory storage.
 +
 
 +
Each new data recording will create a distinct data collection file in the internal memory storage.
 +
 
 +
The data collections are available for further extraction to a SD card under CSV file format.
  
Thanks to its display, the user can select the captured data and sample frequency.
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=== Data bus ===
Once the data logging started:
 
1. the data are collected from sensor,
 
2. the data is stamped with a timestamp,
 
3. the data is stored inside internal storage.
 
  
into for further extraction (as CSV file).
+
While recording the data, the measurement are actively sent over the Data Bus allowing other extension devices to perform treatments based on the collected data.
  
 +
== Features ==
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'''DataLogger features:'''
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* Dead Simple User Interface
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* Autonomous (on batteries)
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* Sample speed:
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** burst mode (''as fast as possible'')
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** 1/s to 1/h
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* Copy data to SD
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* Act as USB key on computer
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* Data bus
  
SBK-DataLog est un périphérique Data Logger qui identifie automatique le(s) capteur(s) connecté(s) et propose d'enregistrer les données à intervalle régulier (ms, sec, min). Le Data Logger permet de connecter simultanément jusqu'à 10 capteurs simultanéments parmi la collection supportée.
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'''Data features:'''
Chaque donnée réceptionnée par le Data Logger peut faire l'objet de micro-traitements mathématiques comme mise-à-zero/tare ou calcul élémentaire (moyenne, maxima, minima).
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* Unit conversion
Fonctionnant de manière totalement autonome, le Data Logger affiche la collection de données (mesures) et unités sur l'afficheur.
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* Zero-point setup
Une fois l'enregistrement activé (action utilisateur requise), une copie des données est également préservé dans l'unité de stockage du Data Logger.
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* Basic formula (multiply/divide/mean/max/min)
Chaque nouvel activation de l'enregistrement crée un nouveau fichier CSV.
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* Show/Hide
Les données peuvent ensuite être récupérées sous forme de fichier CSV (Tableur) en connectant le module Data Logger sur un ordinateur (SBK-DataLog apparait comme un lecteur USB).
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* More info (on sensor)
Enfin, SBK-Datalog propose un connecteur de communication permettant de connecter un (ou plusieurs) périphériques d'extension sur le Data Logger.
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* Formatting rules ??
  
 
== Ressources ==
 
== Ressources ==

Version actuelle datée du 23 juin 2024 à 22:37

Early Preview

This documentation is at early preview stage.

What is the SBK-DataLogger ?

The SBK Data Logger is the earth of the "STEM Belgian Knife" project. The SBK Data Logger is designed to ease STEM activities and technical training (FMTTN).

 

 

SBK-DataLogger is a Smart Data Logger capable of capturing physical quantity data (atmospheric pressure, luminosity, wind speed, acceleration, etc).

Very simple to use, the DataLogger automagically detects the connected sensor and identifies the data collection available.

By waiting the final product, here is a preview of the development and test version:

 

Display

The Data Logger fits a 3.5" display allowing the user to preview the current sensor data.

Thanks to the wider screen, the larger font used will facilitate the data visualisation.

 
Specimen of previewed data

The columns displays:

  • Sensor identification
  • Measurement short name
  • last sampled data
  • physical unit

Data recording

The user interface would allow to selects the data to be captured as well as the sample frequency.

Once the data logging started by the user:

  1. the data are collected from sensor,
  2. the data is stamped with a timestamp,
  3. the data is stored inside internal memory storage.

Each new data recording will create a distinct data collection file in the internal memory storage.

The data collections are available for further extraction to a SD card under CSV file format.

Data bus

While recording the data, the measurement are actively sent over the Data Bus allowing other extension devices to perform treatments based on the collected data.

Features

DataLogger features:

  • Dead Simple User Interface
  • Autonomous (on batteries)
  • Sample speed:
    • burst mode (as fast as possible)
    • 1/s to 1/h
  • Copy data to SD
  • Act as USB key on computer
  • Data bus

Data features:

  • Unit conversion
  • Zero-point setup
  • Basic formula (multiply/divide/mean/max/min)
  • Show/Hide
  • More info (on sensor)
  • Formatting rules ??

Ressources


Written by Meurisse D. for MCHobby


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