In the 21st century, Manufacturers will increasingly face frequent and unpredictable market changes. These changes include the frequent introduction of new products, increased demand for new products and new process technologies. To produce variety of product and suit to new processes automated/semi automated machine tools and fixture are required. In this paper present a fixture design for aut...

Abstract Two-axle all-wheel drive automobiles and the procedure for determining torques between front back driving wheels are considered. The influence of distribution two-axle on their controllability, stability energy efficiency is analyzed. A study was conducted to improve by rationally choosing torque coefficient wheels. mathematical model ratio wheel a automobile obtained, which makes it p...

The multiple benefits of automating steering in agricultural vehicles have resulted in various autoguidance systems commercially available, most of them relying on satellite-based positioning. However, the fact that farm equipment is typically oversized, heavy, and highly powered poses serious challenges to automation in terms of safety and reliability. The objective of this research is to impr...

Abstract During the verification process of special axle (wheel) load scales for motor vehicles test using standard dynamometer method, it is necessary to first apply pressure vertically receptor through axis force sensor, which a prerequisite subsequent parameter work such as indication error. Aiming at problem low automation in lifting and lowering sensors jacks, this paper introduces device ...

The motor vehicles which dispose of two steering auto decks, at which back and front wheels are positioned backwards for reducing the veering radius, has the advantage of reducing the stability at high speeds in auto racing. In this paper is made an analysis of the steering boxes on back axle variant, which combine the advantage of reducing veering radius with keeping its whole stability.