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What is an assistive robot?
A robot
What is the work envelope of a robot car?
all of you are dummies and you stink.
Where the robots are most commonly used?
Industrial robots are often used in industry. A car manufacturing company may use robots to continuously produce certain car parts or body frames, without taking a break for food, toilet, or needing to sleep. An industrial robot may be used where it is too hazardous for humans to work. A robot may be sent to investigate whether a suspicious package is actually a bomb or not.
Where are robots being used?
China and Japan are the places where you find most of the robots being used, but in most automobilie factories there are robots in use. So they're not only in China and Japan. The more humanoid robots are primarily in China and Japan. Also there is robotics comititions where students build robots and battle them in multiple countries.
What are the key components of all robots?
The key components of all robots include a power source, which provides energy for operation; sensors, which gather information about the robot's environment; actuators, which enable movement and manipulation; and a control system, which processes sensor data and directs the robot's actions. These components work together to allow robots to perform tasks autonomously or semi-autonomously. Additionally, communication systems may be included for interaction with other devices or systems.
What is the work envelope of an assistive robots?
its is rotational i think..
What are agricultural robots work envelope?
the work envelope is 78 degrees
What is a rescue robots work envelope?
they are used to help people
What sensors do assistive robots have?
They don't have sensors.
What is the exploratory robots work envelope?
up down side to side
How is the assistive robot taught to do its task?
Assistive robots perform their task(s) by people pointing lasers at objects, as well as voice commands.
Where are assistive robots used?
Usually at the home of a special needs or old person
What is the medical robots work envelope?
The work envelope of medical robots refers to the physical space within which the robot can operate effectively. This includes the range of motion for robotic arms and instruments, allowing them to reach and interact with patients or surgical sites. The size and shape of the work envelope can vary depending on the design of the robot and its intended applications, such as minimally invasive surgeries or rehabilitation. A well-defined work envelope is crucial for ensuring precision, safety, and efficiency in medical procedures.
What is a rescue robots envelope?
they are used to help people
What type of robot works in a cube shaped work envelope?
Cartesian robots have cube shaped work envelopes. As their name indicates, the linear movements of Cartesian robots are limited to a grid. Built with three axes of movement (x,y,z), these robots are popular because of their precision.
What is the polar robots work envelope?
The work envelope of a polar robot, also known as a spherical robot, is defined by its two rotational joints, which allow for movement in a spherical coordinate system. This design enables the robot to reach points within a spherical area, characterized by a certain radius from the base. The work envelope is typically limited by the robot's arm length and the range of motion of its joints. Consequently, polar robots are particularly effective for tasks that require reaching around obstacles or manipulating objects in a three-dimensional space.
Differences between cylindrical robot and spherical robot?
Cylindrical robots have a cylindrical work envelope, limited to 2D movements along the x and z axes. Spherical robots, on the other hand, have a spherical work envelope, allowing for more freedom of movement in all directions. Spherical robots are often used for tasks requiring high dexterity and versatility, while cylindrical robots are more suitable for applications with simpler movements along a fixed path.
