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Parallel motion

A Wisdom Archive on Parallel motion

Parallel motion

A selection of articles related to Parallel motion

More material related to Parallel Motion can be found here:
Index of Articles
related to
Parallel Motion
Linkage mechanical, Linkage mechanical - History, Linkage mechanical - Theory, Linkage mechanical - Types of linkages, Linkage mechanical - Uses, Engineering mechanics, Machine, Three-point hitch, Lever, Parallel motion

ARTICLES RELATED TO Parallel motion

Parallel motion: Encyclopedia II - Linkage mechanical - History

Mechanical linkages are a fundamental part of machine design, and yet many simple linkages were not well understood nor invented until the 19th century. Consider a stick: it has six degrees of freedom, three of which are the coordinates of its centre in space, the other three describing its rotation. Once nudged between a boulder and fulcrum it is constrained to a particular motion, to act as a lever to move the boulder. When more links are added and joined in various ways their collective motion can be further defined. Very complicated and precise motions can be ...

See also:

Linkage mechanical, Linkage mechanical - History, Linkage mechanical - Theory, Linkage mechanical - Types of linkages, Linkage mechanical - Uses

Read more here: » Linkage mechanical: Encyclopedia II - Linkage mechanical - History

Parallel motion: Encyclopedia II - Linkage mechanical - Uses

Linkages are primarily used as machine components and tools. Typical examples are automotive suspensions and bolt cutters. The internal combustion engine's piston/rod/crank is a classic four-bar linkage with one degree of freedom. Linkages are often the simplest, least expensive and most efficient mechanism to perform complicated motions. One highly visible application is the windshield wiper: a four bar linkage changes the motor's rotary motion to oscillation. Some wipers also have a second set of four bar linkages to keep the wiper blades oriented correctly as they sweep. Another visible application is heavy equipment which makes ...

See also:

Linkage mechanical, Linkage mechanical - History, Linkage mechanical - Theory, Linkage mechanical - Types of linkages, Linkage mechanical - Uses

Read more here: » Linkage mechanical: Encyclopedia II - Linkage mechanical - Uses

Parallel motion: Encyclopedia II - Linkage mechanical - Theory

The most common linkages have one degree of freedom, meaning that there is one input motion that produces one output motion. Most linkages are also planar, meaning all the motion takes place in one plane. Spatial linkages (non-planar) are more difficult to design and therefore not as common. Gruebler's equation is used to calculate the degrees of freedom of planar, closed linkages. Degrees of freedom of a linkage is also called mobility; = mobility = degrees of freedom = number of links (including a single ground link) = number of one degree of freedom joi ...

See also:

Linkage mechanical, Linkage mechanical - History, Linkage mechanical - Theory, Linkage mechanical - Types of linkages, Linkage mechanical - Uses

Read more here: » Linkage mechanical: Encyclopedia II - Linkage mechanical - Theory

Parallel motion: Encyclopedia II - Linkage mechanical - Types of linkages

Four bar linkages are the simplest closed loop kinematic linkage. They perform a wide variety of motions with a few simple parts. They were also popular in the past due to the ease of calculations, prior to computers, compared to more complicated mechanisms. Other notable types of linkages; Pantograph (four-bar, two DOF) Crank-slider, (four bar, one DOF) Five bar linkages often have meshing gears for two of the links, creating a one DOF linkage. They can provide greater ...

See also:

Linkage mechanical, Linkage mechanical - History, Linkage mechanical - Theory, Linkage mechanical - Types of linkages, Linkage mechanical - Uses

Read more here: » Linkage mechanical: Encyclopedia II - Linkage mechanical - Types of linkages

More material related to Parallel Motion can be found here:
Index of Articles
related to
Parallel Motion
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