"Servomechanism" Pronounce,Meaning And Examples

"Servomechanism" Natural Recordings by Native Speakers

Servomechanism

"Servomechanism" Meaning

A servomechanism is a feedback mechanism that uses information from a sensor to adjust its output in order to control and maintain a desired position, speed, or other parameter. In other words, it is a control system that uses a feedback loop to adjust its movement or operation to match a specified target value.

The term "servomechanism" was coined by H. L. Hazeldine in 1947. It is derived from the words "servo," meaning "slaves" or "to serve," and "mechanism," referring to the mechanical system that performs the required action.

A servomechanism typically consists of several components, including:

1. A sensor or transducer that measures the current state of the system.
2. A comparator or controller that compares the measured state to a desired value.
3. An actuator that adjusts the system's behavior to match the desired value.
4. A feedback loop that provides information from the sensor to the comparator.

Examples of servomechanisms include:

A thermostat that adjusts the temperature of a room by controlling the heating or cooling system.
A cruise control system in a car that maintains a constant speed by adjusting the engine power.
A robotic arm that positions tools or objects with precision by adjusting its joints.

Servomechanisms are widely used in many industries, including aerospace, automotive, manufacturing, and robotics, to name a few. They play a critical role in maintaining stability, controlling vibration, and achieving precise performance in a variety of systems.

"Servomechanism" Examples

Example Sentences using "Servomechanism"

| Sentence ID | Sentence | Part of Speech | Usage Note |
| --- | --- | --- | --- |
| 1 | When properly set, the elevator's servo-mechanism guarantees accurate movement every time. | Verb | Describing the functioning of the elevator's system. |
| 2 | The automate application of photo-sensors improves the robot's servomechanism during inspection work. | Noun | Describing a part of a system where adjustments are made automatically. |
| 3 | By letting experts update heating, ventilation, and air conditioning systems, certified electricians keep the building's servomechanism up to date. | Noun | Talking about a mechanical system controlling or adjusting. |
| 4 | Consider sociology when it concerns assessing social servomechanism examples in your research study. | Adjective | Denoting the study of social, community movements. |
| 5 | It's worth another purchase, as the processing cost reduction of a kneaded piezoelectric motor system on servomechanism versions could save you some money. | Adjective | Denoting two additional versions, just literally: past or kind. |

"Servomechanism" Similar Words

Servitor

Servitorial

Relating to or characteristic of a servitor, something or someone that serves or is subservient to another.

Servitude

Serviture

The word "serviture" is likely a misspelling of the word "servitude". Servitude has several meanings, including: 1. The state of being a slave or a servant. 2. A form of forced labor or drudgery. 3. A feeling of being overworked or heavily burdened with obligations. Alternatively, it's also possible that you meant "surrender with no disc", a golf club shot that flies through the air without any spin, or "menus + service" and "service" as in the établissements et service, a medium-sized automobile with 5 or 6 passengers. However, the most common and widely used term in English is "servitude".

Servlet

A servlet is a Java programming language class that extends the capabilities of servers. Unlike CGI, which must set up a new process to handle each request, servlets behave more like a dynamic extension to a web server as a web server can host multiple servlets. Once a servlet is loaded, it stays in memory and can process multiple requests. This approach provides improvements over using CGI since each CGI request requires a complete process fork and termination (along with its memory allocations for the request and response), which lowers performance due to the overhead of forking and the I/O overhead. Java servlets were introduced to Java with the introduction of the Servlet API and the Java Web server known as the JavaServer Web Development Kit (JSWDK).

Servlets

A servlet (pronounced /ˈsɜːrvəlt/ SUR-vuhlt) is a Java programming language class that generates dynamic web content or interacts with web applications. The term 'servlet' was originally 'server-applet' but it was later shortened to servlet. It acts as a bridge between a web server and a database or any other application. It understands requests from the browser (or client) and sends responses. The main function of the servlet is to process the request, interact with backend data, and send the result back to the client browser. Servlets are designed to work on a web server and are operational with the Bean Totally Connected Services architecture, or simply a Java Servlet and Expression Language(JSR 341). Some key functions of the servlet include: - Dynamic Web Content Generation: This is the primary role of the servlet. It generates static page content that can be used multiple times without modifying it. - Session Management: Sessions are mainly used in servlets between many services whilst the client is open. Sessions can be used to periodically send or receive messages through the servlet. - Authentication: You can extend the security settings to control which class can run a servlet. Servlets can then have complete authority over developments on the web server it runs on. - Handling Multiple Requests and Responses: Servlets allow Fast Responses. Major assembled action extensions make reactions faster. - Providing XML Support: They can send data through XML. Parsers can make it simpler for them to manage the information from the server, although it involves more java code. - Integration with Commerce and Database: Servlet has the capability to implement calls such as 'Shopping Cart' easily. - Extensive Java Language Support: They are proficient in using JSTL JSF for Ratings etc. that may require direct computations but can potentially send values to other associated servlets, of which common roles will become clear in time.

Servo

A servo is a type of controlled electrical motor used for precise angular (or linear) motion. Serivos are typically used in applications that require high precision and feedback control, such as robotics, robotics arms, and model cars. A servo generally consists of a DC motor, a gearbox, or gears, and an encoder or potentiometer to position sensing. The term "servo" comes from the original aeronautical use of servomechanism in aircraft and other vehicles, which was later shortened to "servo".

Servomechanical

A servomechanism (servo), also known as a servomechanical system, is a feedback control system in which a comparator compares the feedback signal with the desired output (setpoint) for an output signal to correct any errors and apply small increments of control to the effort device to produce a change in the output. A servomechanism typically consists of: 1. A feedback sensor or transducer that detects the position, speed, or acceleration of the output mechanical device (e.g., an electric, hydraulic, or pneumatic motor). 2. A comparator or controller that compares the feedback signal with the desired output signal (setpoint) and computes an error signal. 3. An amplifier or drive system that applies control forces (e.g., electrical, hydraulic, or pneumatic energy) to the output device to correct the error. 4. The output device (e.g., a motor, valve, or actuator) that produces the desired output. Servomechanisms are used in a wide range of applications, including: 1. Positioning systems (e.g., robotic arms, CNC machines) 2. Speed control systems (e.g., speedometers, speedometers in vehicles) 3. Feedback control systems (e.g., altitude control systems in aircraft, process control in industrial processes) The term "servomechanical" refers to any device that uses feedback control to regulate the output of a system to achieve a particular performance or setpoint.

Servomechanisms

A servomechanism is a control system that uses feedback to adjust its behavior in order to maintain a specific position, speed, or other parameter. It is a type of feedback control system that uses the difference between the desired and actual values to make corrections and achieve the desired outcome. Common applications of servomechanisms include: Precision control of position, velocity, and acceleration in machinery, such as in robotics, CNC machines, and other automated systems. Stabilization of aircraft, ships, and other vehicles. Temperature control in temperature-critical applications, such as in laboratory settings or in medical devices. Chemical dosing and flow control in industrial processes. Packaging machinery that requires precise control of package positioning and speed. The main components of a servomechanism include: A sensor or sensor system that measures the actual value of the variable being controlled. A control system or controller that compares the actual value to the desired value and generates a control signal. An actuator that converts the control signal into a physical action. A feedback mechanism that sends the actual value back to the controller, allowing it to adjust the control signal as needed. Servomechanisms often require a high degree of precision and accuracy to maintain stable and reliable operation. They are commonly used in industries that require precise control, such as aerospace, automotive, and medical devices.

Servomotor

Servos

Servos (also known as servomotors) typically refer to: 1. Servos (electronics): In electronics, a servo is a small electrical device that allows an attached motor to rotate to a precise position, often used in robotics and model-making. 2. Servos (anatomy): In human anatomy, a servo is a band or nerve that controls the muscles, particularly those in the back of the knee, but it can also refer to a tendon that connects the quadriceps muscle to the patella (kneecap). 3. Servos (aviation): In aviation, a servo can refer to a mechanical system that controls the movement of an aircraft's ailerons (wing flaps), elevators (tail flaps), or rudder. The meaning of "servo" in each context usually involves some form of precise movement or control.

Serzone

Serzone is a antidepressant medication that was marketed by Bristol-Myers Squibb under the brand name Serzone.

Sesame

The word "sesame" can have multiple meanings depending on the context. 1. The oil of the sesame plant, beging a edible oil extracted from the fruit of the sesame plant (Sesamum indicum), often used in cooking. 2. A small, nut-like seed from the fruit of the sesame plant, often used as food or as a source of sesame oil. 3. Sesame street is a popular children's television program, known for its entertaininf shows, puppet characters and educational content. 4. A type of Japanese braid or coiffure consisting of interbraiding small sections of hair to create a rope-like strand.

Sesamoid

A sesamoid bone is a type of embedded bone that is embedded within tendons or muscle. It is a small, irregular bone that is formed from cartilage that changes into bone tissue under pressure. Sesamoid bones provide protection to a tendon and change the direction of muscle force, reducing friction and allow for more efficient movement. Examples of sesamoid bones include the patella (kneecap) and the patellae in the hands.

Sesamoidal

I couldn't find any word or term called "sesamoidal". However, I think you might be referring to the English word "sesamoid". A sesamoid bone is aotype of bone that is embedded in a tendon or muscle. It functions similarly to a pulley, changing the direction of muscle force and protecting the tendon from friction and abrasion.

Sesamoidea

1. Similar to an almond in shape or form. 2. Relating to or of the type of the sesame seed, having a smooth, narrow shape with an elongated tip. (In terms of paleontology or paleobotany, Erdmaniodendron, a genus of ancient coniferous trees, have leaves that are often referred to as 'sesamoidea' due to their almond-like shape.)