The household robot Modulus, described by the manufacturer as "the friend of ''Homo sapiens''", was made by Sirius, a company Massimo Giuliana set up in 1982 for marketing home and

personal computer A personal computer, commonly referred to as PC or computer, is a computer designed for individual use. It is typically used for tasks such as Word processor, word processing, web browser, internet browsing, email, multimedia playback, and PC ...

s, and which decided to start building its own domestic robot back in 1984. When the first "Modulus" prototype had been realized, the company asked Isao Hosoe, a Japanese designer who has been living and working in

Milan Milan ( , , ; ) is a city in northern Italy, regional capital of Lombardy, the largest city in Italy by urban area and the List of cities in Italy, second-most-populous city proper in Italy after Rome. The city proper has a population of nea ...

for many years, to study its "body-work". Hosoe's work, however, went well beyond this, and was followed by a complete technological reprocessing of the robot. Data Process was responsible for the design and manufacture of the electronic and mechanical parts, while Sirius used the expertise of an American company, the RB Robot Corporation, for the software (its founder, Joseph H. Bosworth, is known by some as "the father of personal robotics").

Development

Two million dollars were invested in developing this particular piece of equipment. Research carried out in the United States showed that there would be greater development in this sector. It was also estimated that the use of "Modulus" could provide an opportunity to bring back into operation many PCs that were bought during the boom, but which are not used seldom, if ever. A good slice of the "Modulus" market could consist of the owners of these personal computers, newly aware of the possibility of connecting them to a personal robot. "Modulus" was designed as a robot with possible domestic applications, but in reality it is open to any future development. Modularity - hence its name - is one of its principal characteristics, and it has been designed for adaptation to the widest possible range of applications. Comparing the robot with man, "Modulus" can be said to have an electronic "

circulatory system In vertebrates, the circulatory system is a system of organs that includes the heart, blood vessels, and blood which is circulated throughout the body. It includes the cardiovascular system, or vascular system, that consists of the heart ...

" that permits the various extremities (arms, head, etc.) to communicate with the brain (CPU in a computer). The "Modulus" robots could have abilities such as a

phoneme A phoneme () is any set of similar Phone (phonetics), speech sounds that are perceptually regarded by the speakers of a language as a single basic sound—a smallest possible Phonetics, phonetic unit—that helps distinguish one word fr ...

s synthesizer, voice recognition,

infrared Infrared (IR; sometimes called infrared light) is electromagnetic radiation (EMR) with wavelengths longer than that of visible light but shorter than microwaves. The infrared spectral band begins with the waves that are just longer than those ...

communication, etc., making it suitable for performing many functions ranging from helping to teach children to assisting the handicapped or invalids. When studying the eventual appearance of "Modulus", Isao Hosoe began by looking at the robots of the past. These included "Electro", built by Westinghouse in 1939. Hosoe hit on the right appearance by studying human expressions and gestures, bearing in mind that a domestic robot needs to be appealing on account of its proximity to man. Its eyelids have to open, its pupils dilate or contract. It must be able to nod or shake its head, bend its torso, and raise, lower and rotate its arms. "Modulus", however, has no feet. Available in three configurations - "Base", "Service & Security" and "Moddy" - "Modulus" stands on a Base unit 35 cm in diameter and 15 cm high, two two-speed motors connected to rubber wheels, and two spherical stabilizers. It comes with a small infrared Instrument for connecting it to another

remote control A remote control, also known colloquially as a remote or clicker, is an consumer electronics, electronic device used to operate another device from a distance, usually wirelessly. In consumer electronics, a remote control can be used to operat ...

device or for interacting with the major home and personal computers.

Base

This first unit can be added to for different functions. As it stands it can be used in hobbies as a

home computer Home computers were a class of microcomputers that entered the market in 1977 and became common during the 1980s. They were marketed to consumers as affordable and accessible computers that, for the first time, were intended for the use of a s ...

, self-propelled peripheral, and can be useful for people wanting to learn to program robots. The simplest attachments which can be connected to the Base unit are a

vacuum cleaner A vacuum cleaner, also known simply as a vacuum, is a device that uses suction, and often agitation, in order to remove dirt and other debris from carpets, hard floors, and other surfaces. The dirt is collected into a dust bag or a plastic bin. ...

and a plotter-mechanism that uses felt pens, etc., to produce drawings of considerable precision.

Service & Security

The second "Modulus" configuration, the Service Robot, is obtained by fitting the Techno-cake home-security and service unit on to the Base. One of the components allow the robot to signal the presence of smoke, gas, water, and intruders; at the first sign of danger it informs the computer or triggers a siren or preset vocal message. An arm with ample freedom of movement and considerable gripping power can be added to the Service Robot. Using its meteo-system, the robot will fetch its owners umbrella if it is going to rain; a simple whistle will bring it toddling over to you.

Moddy

Moddy is the third and most advanced version of the robot. It is obtained by adding a torso, two arms, and a head to the other two units. The robot can carry a tray with its two arms. Its head and big eyes make it into a really human character, reliable, and a companion to play with. It is not surprising then if Isao Hosoe, who designed "Modulus" together with Ann Marinelli, Donato Greco, and Alessio Pozzoli, also received special advice from his two children, ten-year-old Takeo and fifteen-year-old Taro. The first two units were previously available on the market. Base complete with vacuum cleaner and plotter-mechanism cost about a million lire, while the price of the Techno-Cake varied from two to five million lire, depending on the type and number of components in function (not all the components were available yet, on account of the time needed to develop the software). It would probably take up to a year before Moddy was ready, which would cost between eight and ten million lire, but unfortunately the "Modulus" project became too expensive, causing the bankruptcy of Sirius before Moddy could be completed. Some of the robots were later sold to companies who distributed them for the aid of handicapped while many of the Moddy robots were later sold by Arngren Electronics A/S during the early 1990s.

External links

Modulus Robots websiteIsao Hosoe Design

Isao Hosoe Design - Modulus

* ttp://www.jehudahdesign.com/my-robots/modulus-moddy.html Jehudah Design - The "Moddy" Modulus
The Old Robots Website - Pictures and information
{{DEFAULTSORT:Modulus Robot Domestic robots Humanoid robots Rolling robots 1984 robots Robots of the United States