1.
How to manufacture 3D circuits for microtechnique applications ...
The LTCC ? Low-Temperature, Cofired Ceramic. • Sheets of sintered ceramics (blue, white or black). • You’re carrying it unaware (mobile phone, car ignition) ...
2.
Product Conception
The Product Design Group is active in the integration of electrical, micromechanical and biological components in various forms and combinations. ...
3.
Deformable templates
Deformable templates are very powerful tools. First, feature points must be defined on the image. Then the variation of their position is observed on a ...
4.
5. Poutre en flexion (capteur de force ou de déplacement)
- [ Translate this page ]File Format: PDF/Adobe Acrobat - View as HTML Poutre en flexion (capteur de force ou de déplacement). 5.1. Déformation, contrainte, force et flèche. De la théorie des poutres, on obtient les relations ...
5.
5. Poutre en flexion (capteur de force ou de déplacement)
- [ Translate this page ]File Format: PDF/Adobe Acrobat - View as HTML 5.1. Déformation, contrainte, force et flèche. De la théorie des poutres, on obtient les relations suivantes pour une poutre encastrée en son ...
6.
LPM
Web EPFL OK. JOB OFFERS. Thick-Films · Site map • © 2009 EPFL , Station 17, 1015 Lausanne, tel. +41 21 693 3817 secretariat.lpm@epfl.ch • 23.06.2006 /YF.
7.
3D metrology
3D metrology. Introduction The goal of this project is a visual three-dimensional inspection of micro-components on a production line. ...
8.
Thick-film technology
Our goal is to design sensors with thick-film technology, for instance for force and pressure measurement. The measurement may be based either directly on ...
9.
Hyperacuity
Hyperacuity. We show that, far from being a drawback, the ubiquitous presence of random vibrations in vision systems operating from mobile devices ...
10.
Thick-film technology
Our goal is to design sensors with thick-film technology, for instance for force and pressure measurement. The measurement may be based either directly on ...
