Harvesting kiwifruit, New Zealand's largest horticultural export, is a labour intensive task. An automated harvesting system is presented that utilises a robotic arm controlled by a machine vision system. Being electrically actuated, the arm provides highly accurate spacial positioning, necessary for carrying out the motions involved with picking. A gripper, mounted to the end of the arm, mimics the action of a human harvesters hand when detaching fruit. We find that a combination of a snap rotation of the fruit whilst pulling the fruit away from its stem is an effective means of fruit detachment. This action minimises both the amount of force applied to the fruit and the time to detach
Thesis (Ph.D.), Mechanical Engineering, Washington State UniversityEvery apple destined for the fres...
In this paper, we present the lessons learnt during the development of a new robotic harvester (Harv...
This paper describes the construction and functionality of an Autonomous Fruit Picking Machine (AFPM...
<p>Harvesting kiwifruit, New Zealand's largest horticultural export, is a labour intensive task. An ...
As labour requirements in horticultural become more challenging, automated solutions are becoming an...
Kiwifruit harvesting with robotics can be troublesome due to the clustering feature. The gripper of ...
Nowadays, harvesting delicate and high-value fruits, vegetables and edible fungi requires a large in...
Employing multiple robot arms for kiwifruit harvesting can raise the efficiency since the task compl...
The introduction of robotics in certain activities such as fruit harvesting, weed control, monitorin...
Harvest-aid platforms are used in modern orchards to improve manual harvesting efficiency, safety, a...
Agriculture provides an unique opportunity for the development of robotic systems; robots must be de...
Over the years, as the oil palm plantation grows bigger, more labourers are required to handle all t...
Modern commercial orchards are increasingly adopting trees of SNAP architectures (Simple, Narrow, Ac...
The mechanical design of a novel robot system for apple harvest in orchards is introduced in this pa...
An autonomous robot that identifies mature nutmeg fruits and harvests them from any height with a 5D...
Thesis (Ph.D.), Mechanical Engineering, Washington State UniversityEvery apple destined for the fres...
In this paper, we present the lessons learnt during the development of a new robotic harvester (Harv...
This paper describes the construction and functionality of an Autonomous Fruit Picking Machine (AFPM...
<p>Harvesting kiwifruit, New Zealand's largest horticultural export, is a labour intensive task. An ...
As labour requirements in horticultural become more challenging, automated solutions are becoming an...
Kiwifruit harvesting with robotics can be troublesome due to the clustering feature. The gripper of ...
Nowadays, harvesting delicate and high-value fruits, vegetables and edible fungi requires a large in...
Employing multiple robot arms for kiwifruit harvesting can raise the efficiency since the task compl...
The introduction of robotics in certain activities such as fruit harvesting, weed control, monitorin...
Harvest-aid platforms are used in modern orchards to improve manual harvesting efficiency, safety, a...
Agriculture provides an unique opportunity for the development of robotic systems; robots must be de...
Over the years, as the oil palm plantation grows bigger, more labourers are required to handle all t...
Modern commercial orchards are increasingly adopting trees of SNAP architectures (Simple, Narrow, Ac...
The mechanical design of a novel robot system for apple harvest in orchards is introduced in this pa...
An autonomous robot that identifies mature nutmeg fruits and harvests them from any height with a 5D...
Thesis (Ph.D.), Mechanical Engineering, Washington State UniversityEvery apple destined for the fres...
In this paper, we present the lessons learnt during the development of a new robotic harvester (Harv...
This paper describes the construction and functionality of an Autonomous Fruit Picking Machine (AFPM...