MUN Hooke's Joint Mechanism

7.1.2.1.- MECHANISMS 14.1.2.1.- MECHANISMS

INNOVATIVE SYSTEMS

The Hooke’s Joint Mechanism, "MUN", designed by EDIBON, allows the study of a Cardan joint shaft.

See general description

Catalog

Tender Specifications

Laboratories

7TV

Mechanical, Automotive and Materials Laboratory for Technical and Vocational Education

7HE

Mechanics, Automotive and Materials Laboratory for Higher Education

General Description

The Hooke’s Joint Mechanism, "MUN", designed by EDIBON, represents a universal coupling, also called a U-joint, Hooke joint or Cardan joint. The Hooke joint is a universal mechanism that is often used to transmit rotary motion between two non-parallel but intersecting shafts.

The mechanism includes two universal couplings (Cardan joint) joined by an intermediate shaft, allowing the adjustment and reading of the angle between inlet shaft and other outlet shaft by means of graduated discs fixed on the base panel.

Both couplings are mounted on two graduated discs, allowing the reading of the rotation at the input and output.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

Study of a universal joint.
Study of two universal joints and intermediate shaft.
Demonstrate the action of a single and double universal joint by connecting two axes that have small angular and/or parallel misalignments.
Determine graphically the relationship between the angular displacements of two shafts connected by a single universal joint with different degrees of misalignment.
Graphically determine the relationship between the angular displacements of two shafts connected by a double universal joint with different degrees of angular and/or parallel misalignment.
Observation of the conditions for homokinetic joint.

MORE PRACTICAL EXERCISES TO BE DONE WITH THE UNIT

Determination of the velocity and acceleration of the output shaft on a single Hooke´s joint by graphical differentiation.

SUPPLEMENTARY EQUIPMENT

Available

14.1.2.1.- MECHANISMS

MBD

Slider Crank Mechanism

The Slider Crank Mechanism, "MBD", designed by EDIBON, is an example of slider-crank mechanism.This mechanism is made of aluminum and consists of a rotary element (graduated disc), called crank, connected to a rigid bar, calledconnecting rod. When...

Available

14.1.2.1.- MECHANISMS

MYE

Scotch Yoke Mechanism

The Scotch Yoke Mechanism, "MYE", designed by EDIBON, is an example of slider-crank mechanism for converting the linear motion of a slider into rotational motion or vice versa. It is made of aluminum and consists of a rotary element, called...

MBM1

Available

14.1.2.1.- MECHANISMS

MBM1

Slotted Link Mechanism

The Slotted Link Mechanism, "MBM1", is an example of a quick-return mechanism, capable of transforming circular motion into reciprocating motion. It is made of aluminum and consists of a rotary element (graduated disk), called crank, connected to...

MBM2

Available

14.1.2.1.- MECHANISMS

MBM2

Whitworth Quick Return Mechanism

The Whitworth Quick Return Mechanism, "MBM2", is a mechanism able to transform circular movement into reciprocating movement. It ismade of aluminum and consists of a rotary element, called crank, with a graduated disk, connected to a rigid bar,...

Available

14.1.2.1.- MECHANISMS

MCA

Four-Bar Mechanism

The Four-Bar Mechanism, "MCA", designed by EDIBON, is a bench-top unit to perform laboratory experiments.It is made of anodized aluminum and consists of two rotary elements (graduated discs) mounted on ball bearings. The discs include a scale to...

Available

14.1.2.1.- MECHANISMS

MME

Geneva Stop Mechanism

The Geneva Stop Mechanism, "MME", designed by EDIBON, is a mechanism that transforms continuous circular motion into intermittent motion. It is a positive drive in which the driven wheel is positively moved or locked.It is made of aluminum and...

Available

14.1.2.1.- MECHANISMS

MAC

Coupling Mechanism

The Coupling Mechanism, "MAC", represents a simple Oldham type coupling. The lateral displacement of the input and output shafts may be varied and circular scales are fitted to the input and output flanges.It consists of two outer discs made of...

Available

14.1.2.1.- MECHANISMS

MEX

Cam and Follower Mechanism

The Cam and Follower Mechanism, "MEX", allows to study the cam-follower and eccentric-follower mechanisms. For that purpose, several plate cam models in different forms, one eccentric and several roller-shaped, flat-shaped, wedge-shaped and...

Available

14.1.2.1.- MECHANISMS

MBI

Crank Mechanism

The Crank Mechanism "MBI", is a unit designed to observe, study and record the motion of a crank and the forces involved in a simple engine mechanism. The piston is linearly displaced through a cylinder with the aid of a guide.Bearings are coupled...

Available

7.1.2.1.- MECHANISMS

MDA

Ackermann Steering Mechanism

The Ackermann Steering Mechanism, "MDA", is a bench-mounted unit designed to determine the lead angle of a steering trapezoid in an Ackermann steering mechanism, the disadvantages of incorrectly adjusted track rods and the influence of the track...

MMEL

Available

14.1.2.1.- MECHANISMS

MMEL

Winch Mechanism

The Winch Mechanism, "MMEL", allows to study the lifting velocity and load transmission of a winch. Efficiency and load transmission can be determined by force balance.The unit consists of a gear transmission mechanism. One gear is the input gear...

MBLU

Available

14.1.2.1.- MECHANISMS

MBLU

Bar Linkages Unit

The Bar Linkages Unit "MBLU" allows many experiments using different arrangements of their parts. The "MBLU" unit includes a selection of more than 20 perforated bars of different lengths and pivots or ‘joints’ to allow students to configure...

Quality

AFTER-SALES SERVICE

FOR FURTHER INFORMATION, CONTACT US

MUN Hooke's Joint Mechanism

INNOVATIVE SYSTEMS

Laboratories

RELATED NEWS

General Description

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

MORE PRACTICAL EXERCISES TO BE DONE WITH THE UNIT

SUPPLEMENTARY EQUIPMENT

Quality

AFTER-SALES SERVICE