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The mechanism used in a shaping machine is
- a)A closed 4-bar chain having 4 revolute pairs
- b)A closed 6-bar chain having 6 revolute pairs
- c)A closed 4-bar chain having 2 revolute and 2 sliding pairs
- d)An inversion of the single slider-crank chain
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
The mechanism used in a shaping machine isa)A closed 4-bar chain havin...
Quick return mechanism.
Most Upvoted Answer
The mechanism used in a shaping machine isa)A closed 4-bar chain havin...
Explanation:
A shaping machine is a type of machine tool that uses a reciprocating motion to remove material from a workpiece. The mechanism used in a shaping machine is an inversion of the single slider-crank chain. This mechanism consists of a slider-crank mechanism with a fixed link and a sliding block.
The single slider-crank chain is a four-bar mechanism that consists of four links connected by four revolute pairs. This mechanism is used in engines, pumps, and other machinery where reciprocating motion is required. However, in a shaping machine, the single slider-crank chain is inverted to create a different type of motion.
In an inversion of the single slider-crank chain, one of the links is fixed, and the sliding block is attached to the crank. The fixed link is usually the frame of the machine. This inversion creates a different type of motion that is suitable for shaping operations.
The mechanism used in a shaping machine is designed to provide a linear motion to the cutting tool. This motion is achieved by the sliding block that moves back and forth along the fixed link. The crank provides the rotational motion that is converted into linear motion by the sliding block.
The mechanism used in a shaping machine is a closed four-bar chain that consists of two revolute pairs and two sliding pairs. The revolute pairs are the joints that allow the links to rotate, while the sliding pairs are the joints that allow the links to slide. This mechanism is designed to provide a smooth and accurate motion that is essential for shaping operations.
Conclusion:
The mechanism used in a shaping machine is an inversion of the single slider-crank chain. This mechanism consists of a slider-crank mechanism with a fixed link and a sliding block. The mechanism is designed to provide a linear motion to the cutting tool, which is achieved by the sliding block that moves back and forth along the fixed link. The mechanism used in a shaping machine is a closed four-bar chain that consists of two revolute pairs and two sliding pairs.
A shaping machine is a type of machine tool that uses a reciprocating motion to remove material from a workpiece. The mechanism used in a shaping machine is an inversion of the single slider-crank chain. This mechanism consists of a slider-crank mechanism with a fixed link and a sliding block.
The single slider-crank chain is a four-bar mechanism that consists of four links connected by four revolute pairs. This mechanism is used in engines, pumps, and other machinery where reciprocating motion is required. However, in a shaping machine, the single slider-crank chain is inverted to create a different type of motion.
In an inversion of the single slider-crank chain, one of the links is fixed, and the sliding block is attached to the crank. The fixed link is usually the frame of the machine. This inversion creates a different type of motion that is suitable for shaping operations.
The mechanism used in a shaping machine is designed to provide a linear motion to the cutting tool. This motion is achieved by the sliding block that moves back and forth along the fixed link. The crank provides the rotational motion that is converted into linear motion by the sliding block.
The mechanism used in a shaping machine is a closed four-bar chain that consists of two revolute pairs and two sliding pairs. The revolute pairs are the joints that allow the links to rotate, while the sliding pairs are the joints that allow the links to slide. This mechanism is designed to provide a smooth and accurate motion that is essential for shaping operations.
Conclusion:
The mechanism used in a shaping machine is an inversion of the single slider-crank chain. This mechanism consists of a slider-crank mechanism with a fixed link and a sliding block. The mechanism is designed to provide a linear motion to the cutting tool, which is achieved by the sliding block that moves back and forth along the fixed link. The mechanism used in a shaping machine is a closed four-bar chain that consists of two revolute pairs and two sliding pairs.
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The mechanism used in a shaping machine isa)A closed 4-bar chain havin...
When crank is fixed in single slider crank mechanism then it is called whitworth quick return motion mechanism..it is used in shaper machine.
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The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer?
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The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer?.
The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The mechanism used in a shaping machine isa)A closed 4-bar chain having 4 revolute pairsb)A closed 6-bar chain having 6 revolute pairsc)A closed 4-bar chain having 2 revolute and 2 sliding pairsd)An inversion of the single slider-crank chainCorrect answer is option 'D'. Can you explain this answer?.
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