The presented work represents a continuation of the investigations into the possible application of miniature hydraulic actuation and control techniques to high speed reciprocating mechanisms in manipulative machinery. Earlier research in this area led to the design of knitting, sewing and tufting machines which employed actuators and rotary valves developed with the aim of exploiting some of the advantages that hydraulic mechanisms have over their mechanical equivalents. [Continues.
In this paper a control strategy is designed to control the relative movement of two linear moving p...
The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation wit...
The performance of traditional hydraulic multi-DOF robots is limited by the hydraulic hoses across t...
SIGLEAvailable from British Library Document Supply Centre- DSC:D43999/82 / BLDSC - British Library ...
The research presented in this thesis relates to an actuation and control concept whereby miniature ...
The development of a miniature hydraulic actuator for application to a circular weft knitting machin
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
To minimize the complexity of existing process control valves, the authors derived a new control val...
Outlined in the book material provides the initial theoretical and practical information needed to u...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In this paper a control strategy is designed to control the relative movement of two linear moving p...
The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation wit...
The performance of traditional hydraulic multi-DOF robots is limited by the hydraulic hoses across t...
SIGLEAvailable from British Library Document Supply Centre- DSC:D43999/82 / BLDSC - British Library ...
The research presented in this thesis relates to an actuation and control concept whereby miniature ...
The development of a miniature hydraulic actuator for application to a circular weft knitting machin
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
A novel method of design for a hydraulic robotic lifting equipment (HRLE) was modelled, commonly use...
To minimize the complexity of existing process control valves, the authors derived a new control val...
Outlined in the book material provides the initial theoretical and practical information needed to u...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In a large group of technological machines, drive provides two interlocking working movements. In me...
In this paper a control strategy is designed to control the relative movement of two linear moving p...
The issue of designing drives, which provide low frequency (max. 1 rotation per minute) rotation wit...
The performance of traditional hydraulic multi-DOF robots is limited by the hydraulic hoses across t...