Data Collector Design for Vibration Analysis by Raspberry pi 3B Embedded System Means for Industrial Applications

Abstract

Currently, the industry is linked to technological advances, and the maintenance area plays an important role in this regard. Good practices are being refined, and predictive techniques have been implemented within the maintenance plan. These techniques allow decisions to be based on made equipment condition, which optimizes costs. One of these techniques is the mechanical vibrations analysis, applied commonly rotating equipment, where is common the situation of expensive measuring equipment. For this reason, this report provides a problem basic solution, through the economical measuring equipment design for industrial applications.

Artificial extension for a canine with partial forelimb amputation

“…This prosthesis was 3D printed and proposes an innovative design for the height adjustment of the prosthesis, which is a torsionally regulated system. Also, ABS is proposed as the material of choice for printing the parts of the prosthesis, given its high impact resistance [1][8] [11][14] [15][16] [17] Another of the articles investigated, aims at the Design and development of a prototype of prosthesis in 3D printing applied in veterinary medicine for small species by the author Shamir Mauricio Noblecilla Valdez, developed in the city of Machala in 2017. This article proposes certain aspects to take into account in the present project, such as the types of printing materials used, PLA and nylon, which presented a quite favorable performance when used by the canine and a low cost.…”