An entertaining robot prototype for pets

Liu, Y; Zhao, J; Dimitrov, V; Irish, A; Jones, C; Kirk, S; Thomas, J and Welter, D (2010) An entertaining robot prototype for pets. Journal of Engineering, Design and Technology, 8(2), pp. 189-205. ISSN 1726-0531

Abstract

Purpose: Robots come in a variety of shapes and sizes, from manipulators in the industrial assembly line, to house cleaners, and to carebots of the elderly and sick. In recent years entertaining robots have been developed to engage adults and children into playing and learning. There are however no robots that have been specifically designed to entertain pets. The purpose of this paper is to present a prototype developed to engage pets into outdoor playing. Design/methodology/approach: A prototype that can engage a dog or a cat into playing was designed, built, and tested by a group of senior students. The enclosure of the prototype has the shape of a round shell. Within this shell there is a sensor interfacing unit, which can interpret sounds generated by the animals, and a light and sound system designed to interact with the animals. Findings: The testing results showed that the prototype was able to fulfill requirements for outdoor playing, such as being waterproof and able to travel through grass. Testing of the individual sensor interfacing circuits demonstrated the interactive capability. Dogs were chosen to be the subjects to be entertained. However, it is envisioned that a smaller version of this prototype can be suitable for cats. Originality/value: This is the first prototype that explores ways to entertain pets when their human owners are absent or busy. The prototype developed is a good start for any intelligent robotic systems specifically designed to entertain pets.

Item Type: Article
Uncontrolled Keywords: animals; entertainment; intelligent sensors; robotics
Index terms: robotics, assembly line, testing, elderly, enclosure, owner, children, methodology, prototype
Subjects: modelling and simulation, professional practice, demography, sociology, manufacturing engineering, architectural elements, research methods, automation and robotics
Topics: Engineering Principles, Research Practice, Stakeholder Management, Urban Studies, Digital Applications, Design Practice
Descriptive scope: 3 PCT

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