Ten Examples of Artificial Intelligence Robots and Their Uses in Business

Examples of artificial intelligence robots typically conjure images of a floor-sliding robot that responds mechanically.

Indeed, the humanoid robot is both thrilling and well-liked. But artificial intelligence in robots has many additional uses and forms that are revolutionizing the business landscape. See how we can

In this section:

The distinction between robotics and artificial intelligence
An AI robot: what is it?
10 stunning real-world applications and instances of AI robots in the workplace (PDF infographic)
THE DISTINCTION BETWEEN AI AND ROBOTS
Robotics and artificial intelligence are two different disciplines of technology.

A robot: what is it?

A robot is a physical, self-governing device that can carry out tasks quickly and precisely on its own.

Androids are robots that have human-like physical characteristics.

Nonetheless, a large number of robots lack human-like features. Robots used in manufacturing for pick-and-place tasks, for instance, don't resemble humans at all.

Artificial intelligence (AI): what is it?

AI is the capacity of computers and other devices to carry out operations that are typically completed by humans. For instance, the capacity for decision-making, learning, and problem-solving

With the use of specialized software and technologies like supervised and unsupervised machine learning, artificial intelligence (AI) enables machines to learn from their experiences and modify their behavior without the need for human intervention.

Artificial intelligence is designed to function in a way that maximizes the likelihood of accomplishing a given objective.

The primary distinction between artificial intelligence and robots

A robot is a physical entity that might or might not need artificial intelligence to do particular tasks.

AI, on the other hand, doesn't require physical objects because it is a software program.

Artificial intelligence is a sort of software that may be used in a variety of technologies and devices, including tablets, computers, cell phones, and even robots.

Many robots, meanwhile, lack artificial intelligence.

Okay, so what exactly is an AI robot?
Robots with artificial intelligence are a hybrid of robotics and artificial intelligence, with robot systems including AI software.

Put another way, AI is essential to the creation of robots.

A robot: what is it?

A robot is an artificially intelligent machine that mimics human features and can carry out complex tasks and motions by following instructions that are programmed into it. Examples include robots for compounding drugs, robots for the automotive industry, robots for order picking, industrial floor scrubbers, gantry robots from Sage Automation, etc.

Parts of the Robot
A robot is made up of several parts, which are as follows:

Actuators: A system or machine's moving and controlling components are known as actuators. With the conversion of energy, such as electrical, hydraulic, and air, among others, it facilitates physical movements. Both linear and rotating motion can be produced by actuators.
Power supply: This is an electrical apparatus that provides electricity to a load. Converting electrical current to power the load is the main purpose of the power supply.
Electric motors are the components that enable machines to rotate because they transform electrical energy into mechanical energy.

Pneumatic Air Muscles: Soft pneumatic devices and air muscles are best suited for robotic applications. By filling a pneumatic bladder with pressured air, they can stretch and shrink. It can compress by up to 40 percent whenever air is introduced.
Muscle wire: These are made of a very thin nickel-titanium alloy known as Nitinol. When a certain quantity of heat and electric current are applied to it, it may also expand and contract. When in its martensitic condition, it may also be bent and shaped into many shapes. When an electrical current flows through them, they can shrink by 5%.

Sensor: They offer human-like vision, hearing, touch, and movement capabilities. Sensors are the tools or machines that assist in gathering data for the computer processor and detecting events or changes in the surrounding environment. Usually, these gadgets have additional electronic equipment attached to them. Like human organs, electrical sensors are essential to robotics and artificial intelligence. Robots are controlled by artificial intelligence (AI) algorithms that sense their surroundings and send real-time data to computer processors.
Sensor: They offer human-like vision, hearing, touch, and movement capabilities. Sensors are the tools or machines that assist in gathering data for the computer processor and detecting events or changes in the surrounding environment. Usually, these gadgets have additional electronic equipment attached to them. Like human organs, electrical sensors are essential to robotics and artificial intelligence. Robots are controlled by artificial intelligence (AI) algorithms that sense their surroundings and send real-time data to computer processors.

Robotics Applications

There are numerous applications for robotics. The following are a few significant robotics application domains:

Robotics in the defense industry: Without a doubt, one of the most important sectors of any nation is its military. Every nation desires a robust defense system. In a conflict, robots aid in advancing into hazardous and unreachable areas. Daksh is a robot created by DRDO that can safely demolish items that pose a hazard to human life. When the military deploys them in combat situations, they aid soldiers in staying safe. Robots are used in anti-submarine operations, fire support, battle damage management, strike missions, and laying machines, in addition to combat support.
Robotics in the medical field: Robots are also used in laparoscopy, neurosurgery, orthopaedic surgery, cleaning rooms, distributing medication, and other medical professions.

The industrial sector uses robotics for a variety of tasks, including cutting, welding, assembling and disassembling printed circuit boards, packaging and labeling, palletizing, product inspection and testing, color coating, drilling, polishing, and material handling.

Furthermore, robotics technology lowers human labor, which leads to less physical strain and damage while also increasing production and profitability. The following are some significant benefits of industrial robots:
Precision

Adaptability

decreased labor costs

low-noise functioning

Reduced production losses

higher rate of productivity.

Robotics in Entertainment: In the past ten years, the application of robots in the entertainment industry has grown steadily. Robots are used in the entertainment industry, including cartoons, games, animation, and film. When repetitive tasks are needed, robots are a great help. A robot that holds a camera assists in filming a scenario as many times as necessary without growing weary or irritated. Numerous robots have been introduced for the film business by a well-known Disney company.
In the mining business, robots: Applications for robotics in mining include robotic dozing, robotic excavation and haulage, robotic mapping and surveying, robotic drilling, robotic handling of explosives, and more. A mining robot can only find precious minerals by using cameras and other sensors to scan flooded passageways.

The application of AI in robotics

Vision on Computers
Thanks to a widely used artificial intelligence technology called computer vision, robots are now able to see. In every industry, including mining, health, entertainment, and the military, computer vision is essential.

One significant area of artificial intelligence is computer vision, which aids in deriving actionable insights from visual inputs such as photos, movies, and other visual media.

Natural Language Interpretation

AI robots can be programmed to respond to voice commands using natural language processing, or NLP. Strong human-robot interaction is produced by it. Natural Language Processing (NLP) is a branch of artificial intelligence that facilitates human-robot communication. By using natural language processing (NLP), the robot is able to comprehend and mimic human speech. A few robots have NLP installed.