








Elena (try to guess who she is in the picture) was a colleague of mine and one of the amazing friends of the great "International Family" the time I spent in the NL working for Philips. If today I'm here to dedicate her my post is to recognize the strength she had when dealing with difficult moments occured in her life. Examples of might against overwhelming situations that never blocked her to see ahead, not to give up, not to abandon ship. She had to face situations in life that made her to decide to transform herself and her professional path radically, from engineer to international helper. So that's why she decided, two years ago, to leave Europe and fly to Ghana.
At this moment in time she should still be in Piela, a town in the est region of Burkina Faso, trying to succeed to develop her institutional projects for setting up better life levels in the local community. As far as I know she should have a project accomplishment period of two years in total. After such a deadline we don't know what she decides. For sure we can expect it will be something important and amazing yet.
All the best Campionessa,
ANdrea
P.S.
Of course she has a blog too. So if you wanna read her adventures and updates, just click here.

Last spring Corghi SpA decided to unveil publicly a new project which pretends to be as revolutionary as its most famous company tire changer Artiglio MASTER was in 2001. By means of an earlier-stage prototype, such a new project got then presented at the automotive fair Autopromotec 2007 in Bologna, May 2007. The project name: EM8470 Blue Light. To see why such an enlighting title was conceived we should enter a bit more in details about this balancing machine features, which could however result in a very bothering list of technical considerations and concepts. In any case, just not to let you totally die by curiosity, what I can tell are the main machine's characteristics such as the usage of a camera and a touchscreen monitor. In addition, optical laser triangulators are also introduced to replace old-fashion mechanical gauges as embedded on different company balancing products and many other competitor equipments.

The camera substitutes the user's eyes to access remote and less easy rim areas when data acquisition is necessary for proper balancing procedure. That is done by shotting a picture of the wheel, processing it, figuring out where the rim-wheel edge is located on image and consequently driving the front laser to light the same edge on the rim. Only at that time the laser acquires 3D information for the balancing process.

Then, after a rear laser supplies its measurements too to set proper indications concerning the wheel width, results are shown on a LCD touchscreen monitor which provides both visual and interfacing tasks. Indeed, due its touchable properties, the monitor allows the user to interact with the machine to confirm data acquisition if satisfactory, otherwise the user is still free to change the counterweight positions by indirectly selecting new plane locations through the touchscreen.
Since I've been one of the technicians and engineers that got involved in the project I must confess that so far it has been a great fun and satisfactions to implement such a machine. Of course the prototype is not ready 100% yet, but believe me we are quite close to overcome all its main technical issues so that a final and powerful product can be very likely delivered in 2008. Not so bad as a first shot, is it?
ANdrea
P.S. More press and commercial stuff can be read by clicking on the following links:
- a german article,
- a french leaflet.



