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| 1 | MODELS | MODELS |
| 2 | Kinematic Pair: | Kinematic Pair: |
| 3 | Kinematic Chain Model: | Kinematic Chain Model: |
| 4 | Quick Return Motion Mechanism The Whitworth mechanism is also known as the quick- return mechanism. It represents a revolving crank slider and produces non-uniform stroke movement with slow forward movement and fast backward movement. This mechanism is used in tools, packaging and transport machinery. The unit generates non- uniform stroke movement by means of a Whitworth mechanism. The experimental unit comprises the drive disk with crank and coupling, the driving rod and the cylinder. The angle is adjusted using the crank disk, and an angle scale is integrated into the base plate. A millimeter-precise steel ruler is attached to the cylinder to measure the stroke. The elements are mounted on a base plate. Two handles make it easy to carry and stack the unit. Bench-top unit. Anodized aluminum frame and panels made of painted steel. Main metallic elements made of stainless steel. This unit is composed of: Rotary element (crank) with a graduated disc to read the angle. Rigid bar (connecting rod) with a millimeter scale to measure the linear motion. | Quick Return Motion Mechanism The Whitworth mechanism is also known as the quick- return mechanism. It represents a revolving crank slider and produces non-uniform stroke movement with slow forward movement and fast backward movement. This mechanism is used in tools, packaging and transport machinery. The unit generates non- uniform stroke movement by means of a Whitworth mechanism. The experimental unit comprises the drive disk with crank and coupling, the driving rod and the cylinder. The angle is adjusted using the crank disk, and an angle scale is integrated into the base plate. A millimeter-precise steel ruler is attached to the cylinder to measure the stroke. The elements are mounted on a base plate. Two handles make it easy to carry and stack the unit. Bench-top unit. Anodized aluminum frame and panels made of painted steel. Main metallic elements made of stainless steel. This unit is composed of: Rotary element (crank) with a graduated disc to read the angle. Rigid bar (connecting rod) with a millimeter scale to measure the linear motion. |
| 5 | Reciprocating Engine Mechanism models | Reciprocating Engine Mechanism models |
| 6 | Oscillating Engine Mechanism models | Oscillating Engine Mechanism models |
| 7 | inversions four bar linkage models | inversions four bar linkage models |
| 8 | Single Slider Crank Mechanism models | Single Slider Crank Mechanism models |
| 9 | TYPES OF GEAR (HELICAL, CROSS HELICAL, WORM, BEVEL GEAR) AND GEAR PROFILE (INVOLUTE AND CYCLOIDAL) AND CONDITION FOR INTERFERENCE HELICAL, CROSS HELICAL, WORM, BEVEL GEAR models | TYPES OF GEAR (HELICAL, CROSS HELICAL, WORM, BEVEL GEAR) AND GEAR PROFILE (INVOLUTE AND CYCLOIDAL) AND CONDITION FOR INTERFERENCE HELICAL, CROSS HELICAL, WORM, BEVEL GEAR models |
| 10 | EPICYCLIC GEAR TRAIN APPARATUS | EPICYCLIC GEAR TRAIN APPARATUS |
| 11 | UNIVERSAL GOVERNOR APPARATUS | UNIVERSAL GOVERNOR APPARATUS |
| 12 | WHIRLING OF SHAFT DEMONSTRATOR | WHIRLING OF SHAFT DEMONSTRATOR |
| 13 | STATIC & DYNAMIC BALANCING DEMONSTRATOR | STATIC & DYNAMIC BALANCING DEMONSTRATOR |
| 14 | UNIVERSAL VIBRATION APPARATUS | UNIVERSAL VIBRATION APPARATUS |
| 15 | MOTORIZED GYROSCOPE APPARATUS | MOTORIZED GYROSCOPE APPARATUS |
