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Automatic robot technology composition


Robots happen to be intelligent unnaturally created electro-mechanical devices. They can be designed by people to assist in performing a few activities which can be considered very tiring and boring and at high-risk situation. The capabilities of a robot happen to be determined by the purpose for which they may be created. The human-robot discussion has been one among pro and con which interaction has led to some disputes and argument has been going on as to the legal rights that automated programs should have. The essay traces a brief history showing how robots systems were created.

They are traced back to 1920 when the first person to use the word robot was not a man of science, but a playwright.

Czechoslovakian writer Karel Capek 1st used the phrase robot in his satirical enjoy, R. U. R. (Rossum’s Universal Robots). Andcommercial robots possess undergone various developments because the arrival with the first Unimation machine in 1962. The robot’s advantages of flexibility, reprogrammability, tirelessness and hardiness have come to be liked by industrialists, and even the layman realizes that this industrial software, unlike the tin marvel of science fiction, contains a real and useful position to fulfill.

As well this composition has been talked about the importance of robots within our society. This has been broken down in to particular areas where automated programs have been applied to. In sectors robots have been completely used to speed up the production techniques. The use of automated programs in the army has been mentioned in which robots have been located made that contain the capacity to make decision and launch missiles. The composition examines the various danger posed in particular areas by the extended use of programs. The danger posed by the programs include the correct of the programs to defend by itself by applying power which may cause suffering to humans.

The application of robots as well maybe triggered many people being delivered jobless directly, but in the long run it profit to bettering manufacturing sector go to the overall economy as a whole.

Basic introduction to automated programs

  1. what exactly is Robot?

The robotic is a special kind of automatic machine that can do not simply this particular job of cutting off, but it may be programmed and retooled to complete many different careers (Hall and Hall, 1985). This programmability and adaptability is why almost all robots happen to be automated devices, but every automated devices are not software.

At present, the international idea of robots features gradually arrive closer to arrangement. As stated by simply Ernest and Bettie (1985), there is only 1 definition of a great industrial software that is internationally accepted and it was developed by a group of commercial scientists constitute the Robotics Industrial sectors Association (formerly the Robotics Institute of America) in 1979. They identified the industrial robotic as: “a reprogrammable, multifunctional manipulator designed to move elements, part, equipment, or specialised devices through various programmed motions pertaining to the efficiency of a variety of tasks (Ernest and Bettie, 1985, G. 2).

  1. classification of Robots devices

The overall classification of robots devices, can be list as:

“1. Manipulation robotics systems:

  1. Mobile robotic system:
  2. Information and control robotic program:  ( Vukobratavic, 1989, p. 1).

Good the development of software

In 1920, Karel Capek (1890-1938) had written R. U. R., a play in which automata were mass-produced by an Brit named Rossum. R. U. R. was for “Rossum’s Universal Programs.  Rossum came contact form a Czech word rozum, meaning “reason, and software is a Czech word pertaining to “worker,  with the impalication of involuntary servitude, so that it might be translated as “serfor “slave. 

In 1941, Isaac Asimov used the term robot to explain the automatic device. In 1942, Isaac Asimov likewise created the 3 laws to get robots which involved the reality that programs should not be made to harm human beings and they ought to be primarily designed to obey purchases given by humans.

In 1948, Norbert Weiner coined the word and expounded on the theory in his publication Cybernetics, backlinks the domains of neurophysiology, information theory, computers, and the control of machine tools.

In 1949, EDSAC, the initial stored system computer, developed at Cambridge university.

1n 1952, IBM’s first business computer, the IBM 701, is marked.

In 1954, the first patent intended for an commercial robot originated by George C. Devol, Jr. This individual called their control and computer storage system “universal automation or “unimation intended for short.

In 1956, in theconference of Dartmouth, Marvin Minsky put forward his views on smart machines: smart machines  an subjective model can easily create the nearby environment, if have difficulty it can be find a solution from the fuzy model.

In 1968, Kawasaki Heavy sectors negotiates permit form Unimation.

In 69, Experimental jogging truck can be developed by General Electric to get the U. S. Military.

In 1978, america company of Unimation presented the industrial robot PUMA, which marks the commercial robot technology has completely developed. THE PUMA CORPORATION is still the first collection in the manufacturer.

In 1984, Engelberger came up with the robot named Heipmate which is often deliver dishes and mail mail intended for patients in the hospital. Meanwhile, he expected “I make robots that can be make coffee, clean up that help me to washing car. 

In 1998, LEGO produces their 1st Robotics Advent SystemTM1 ) 0. LEGO names the merchandise collection MINDSTORMS after Seymour Papert’s seminal function of 1980.

In 1999, Sony produces the first Aibo electronic digital dogs that sell out inside 20 a few minutes of going on sale.

In 2002, Honda’s ASIMO robot rings the opening bell at the Nyse.

The advantage of automated programs

We explain why programs are being used a growing number of in commercial and business applications.

Manufacturers are finding the fact that actual cost of making a product can be reduced by the use of robots. there are several reasons behind this sections.

  1. reduced production expense

the expense of a software amortized more than several years is often less than 15 dollars hourly compared to common labor costs of about 55 per hour once fringe benefits are included. Fringe rewards in many sectors are 30% to 50% of the base salary. These types of fringe rewards cover these kinds of items since social protection, workmen’s payment, vacations, vacations, sick keep, medical and dental rewards, and pension pay. Robots receive non-e of the people benefits (Critchlow, 1985 ).

Robots function 98% of the time at their very own assigned task. Humans consider coffee breaks, lunch destroys, and other a vacation for personal reasons. A standard professional allowance pertaining to production employees is the personal and fatigue allowance, which depends on the form of work. Most commonly it is about 15 % to 20% (Critchlow, 1985 ).

Robots make a higher percentage of good parts or devices than man workers do because that they repeat a similar procedure each time and do not produce parts improperly due to fatigue or lack of attention..

  1. Increased efficiency

Programs can work considerably faster at some jobs than human workers may. In another app, two paint spray programs on an vehicle assembly line can easily paint a total car body in 80 seconds, inside and out, with two coats of paint. Inside the GM herb in The state of michigan, two GMF(General Motors-fanuc) software achieve this charge and job 20 hours per day (Critchlow, 1985 ). Human painters cannot compete with this charge or the top quality of work performed. Even the finest painters may take 15 to 30 minutes to get this done jod.

Increased productivity signifies that more function is completed as scheduled and machines are improved, resulting in savings because of lower capital investment.

  1. Improved product quality

Accuracy of positioning is a lot greater in robots as compared to humans. Current robots using a 3-foot reach can achieve accuracies of 0. 008 in . and repeatability of zero. 004 “. In a welding test, a robot created a welds that did not require mincing afterward and produced parts to better tolerance than any human welder could produce(Critchlow, 1985 ).

Speed of operation is another advantage in producing high-quality parts. Additionally, in welding very skinny pieces, it can be desirable to advance quickly over the seam being welded and to complete the weld prior to the pieces pose due to the high temperature of welding. The manipulated accuracy and speed in the robot produce possible some welds that had been difficult to carry out before.

In respect to Critchlow (1985), another sort of improved top quality is in pass away casting, where casting circuit must be purely adhered to in order to produce great parts. Human beings cannot comply with a stringent timing routine in more very good parts and improved die life when ever robots are being used.

  1. Operation in Hazardous and Inhospitable Environments

Loading and unloading of hot forging presses was one of theearly application of robots. White-hot ingots has to be held in place while a powered forging hammer strikes them with large, multiton cerebral vascular accidents. Formerly two men, with long tongs, held the ingots in place during the forging procedure. Now, one robot possessing the ingot with a stainlesss steel end effector, positions the business accuratrly pertaining to forging. Bigger operation costs result, employees are not confronted with flying sets off of popular metal, and product top quality is improved.

A lot of painting is done with toxic paints which might be extremely dangerous to the painter’s health. Guys were necessary work totally covered with hoods and sealed clothes, with an air source piped in the hoods. Work under these conditions was hot and tiring. Robots were trained to do this job using the instruct boxes and men were freed kind working under these circumstances. In addition , the production rate as well as the quality of were better.

  1. Better Management control

Computer-controlled robots can hold out preprogrammed procedures with great accuracy. In addition , they can record effectively what is made. This information can now be available and can be used to improve scheduling, preparing, and monitoring operations in industrial plant life.

  1. Longer Useful your life

Obsolescence can be decreased and program life extended when software are used, since it is possible to improve end effectors on a robotic and reprogram it to get a different process. Fixed automation must typically be abandoned because it is less expensive to redesign than to modify the old tools.

This is an impressive list of sights. But what the actual user believe? As states by Critchlow (1985): inch Several online surveys of industrial users show industry’s reasons for presenting robots. To get Japanese sector in 1979 the priority list was as follows (Hasegawa, 1979):

Labour saving44. 5%

Improvement of working conditions24. 9%

Increased flexibility13. 5%

Ease of production control8. 0%

Others9. 0%

A similar survey of German born industry came up with the following set of priorities (Vicentine, 1983):

Production increase

Work cost decrease

Return on investment

Superior quality

More humane job conditions. 

Social influence of automated programs

  1. Associated with robots in employment

In Drive 2009, the world’s initial teacher automated programs used in The japanese. Not only your woman can speak several kinds of language, but can also check the students’ name, give the students homework and performance other teaching job. June, in Japan cooking robots which will be familiar with the completion of pancake work stand out of the level. July, advanced beauty robotic completed his first wedding party show.

You can easily imagine that with additional and more robots posses the strong capacity, future programs will steadily replace the artificial work. Take the “Fire Robot  which is a result of the English Government analysis recently for example. Although the robot can stay away from the firefighters’ loss of life in the fireplace, the firefighters will lose their very own jobs when ever London created the applying of “Fire Robot.

So that it is often argued that robots will take over our task. This best seems fair, according to McCLOY and HARRIS(1986), encounter indicated that between two or five jobs happen to be lost directly as a result of a robot installation(Williams, 1984; Kalmbach et approach., 1982).

But in the long term, installing robots will make more jobs than they will eliminate; in regards to manufacture, providing, maintenance and operation (McCLOY and HARRIS, 1986, g. 282). Also, it is usually argued that automation that manufactures creates riches by minimizing unit costs which in turn provides prices straight down, therefore creating more require which is met by improved production costs, bringing device costs possibly lower, and thus round the monetary circle. It really is well kown that increase economic will create more jobs. So that automatic robot will not get rid of the job, it only makes the work easier. At the same time, with the develop of recent robot marketplaces, will create more jobs.

installment payments on your effect of robots on safety aspects

Having examined some of the employment areas of robots, we now turn to an option of the basic safety aspects.

According to McCLOY AND HARRIS (1986), assessment to various other machine equipment, robots possess a good basic safety record; many installations make a major contribution to basic safety by taking more than dangerous jobs form man operators. Indeed, Japan has a grant scheme which encourages small-to medium-scaled companies to introduced robots for this purpose (Hasegawa and Sugimoto, 1982).

Thorough analysis of types and sources of injuries may be present in the literature (Sugimoto and Kawaguchi, 1983), and separate form individuals arising make up the application on its own, the human looks two types of hazard contact form a automatic robot: impact and trapping (McCLOY and Harris, 1986).


In conclusion, robot technology have got a great influence on the improvement of human, development of economic and enrich of culture. Down the road, with the advanced of technology this kind of effect will became more and more obviously. There are some effects may be challenging to predict at the moment. However , it can make sure that software technology could have great impact on our world.


Ernest T. Hall and Bettie C. Hall (1985). Robotics, A User-Friendly Launch. Japan: CBS CLLOEGE PUBLISHING..

Milroy Vukobratovic (1986). Introduction to Robotics. Yugoslavia: Institute Mihajlo Pupin.

  1. McCLoy and D. Meters. J. Harris, (1986). Robotics: An Introduction. England: Open College or university Press.

ISAAC ASIMOV and KAREN A. FRENKEL. (1985). Robots, Machines in Male’s Image. New york city: Harmony Literature.

Arthur J. Critchlow (1985). Introduction to Robotics. New york city: Macmillan Pulishing Company.



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Topic: Automated programs, Automatic robot, Basic safety,

Words: 2584

Published: 12.12.19

Views: 203

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