Skip to main content

Perpendicular Motion Transfer Mechanism Assembly in SolidWorks

Also Read


Perpendicular Motion Transfer Mechanism Assembly

Perpendicular Motion Transfer Mechanism Assembly

Hi there,

This post explains how to create a Perpendicular Motion Transfer Mechanism Assembly using SolidWorks. This mechanism effectively transfers motion between perpendicular axes and involves designing and assembling parts like Fixed Frame Link, Connecting Rod, Arm, Socket, and Handle.

Steps to Create Perpendicular Motion Transfer Mechanism Assembly

  1. Part Design

    • Design the following components individually using SolidWorks:

      • Fixed Frame Link: Base structure for motion transfer setup.
      • Connecting Rod: Cylindrical or rectangular rod to connect moving components.
      • Arm: Rotational link that attaches to the connecting rod for motion transfer.
      • Socket: A rotational housing for holding the arm pivot joint.
      • Handle: Input lever to initiate motion.

    • Use features like Extrude Boss/Base, Revolve, Fillet, and Cut for precise modeling of each part.

  2. Start Assembly

    • Open a new Assembly file in SolidWorks.
    • Insert the Fixed Frame Link first as the base.

  3. Insert and Mate Components

    • Add the Connecting Rod, Arm, Socket, and Handle parts into the assembly environment.
    • Use Mates to assemble:
      • Concentric Mate: Between the Connecting Rod and the pivot points on the Fixed Frame Link and Arm.
      • Coincident Mate: Align mating faces between the Connecting Rod and Arm joints.
      • Rotational Mate: Apply rotational motion at the Socket to allow perpendicular motion transfer.
      • Fixed Mate: To keep the Fixed Frame Link stationary in the assembly.

  4. Handle Motion Setup

    • Connect the Handle to the Arm using Concentric Mate.
    • Allow the handle to rotate and initiate the motion transfer.

  5. Test the Mechanism

    • Use the Move Component tool to test the motion transfer.
    • Verify that rotating the Handle causes the Arm and Connecting Rod to transfer motion perpendicularly.

  6. Motion Analysis (Optional)

    • Use SolidWorks Motion Study to analyze motion and ensure smooth transfer.
    • Adjust mates and tolerances for accuracy.

  7. Rendering and Documentation

    • Create an Exploded View to showcase the parts separately.
    • Use SolidWorks Visualize or PhotoView 360 to render the assembly for presentations.

Need Assistance?
I can help design, simulate, and render complex assemblies like this. If you have a project requiring precise motion mechanisms or custom assemblies in SolidWorks, I’m here to deliver top-quality results.

Faster turnaround: First draft delivered in 1 hour, and after review and approval, the full task will proceed.

Tags:

#solidworks #motionmechanism #mechanicalassembly #perpendicularmotion #cadassembly #mechanicaldesign #solidworksassembly #3dmodelling #motiontransfer #solidworksdesign #3dcad #caddesign #mechanicalengineer #cadservices #mechanicalassembly #3dmodeling #engineeringdesign #solidworksexpert #cadmechanism #designsolutions #freelancedesign #motionanalysis #mechanicalmotion #prototyping #cadsimulation #solidworks3d




Perpendicular Motion Transfer Mechanism Assembly



Comments

Post a Comment

Recent posts

Tin-Smithy viva questions and answers page 2

Q: What are some essential tools used in tin smithing? A: Some essential tools used in tin smithing include tin snips, hammers, mallets, soldering irons, soldering flux, soldering paste, tinsnips, stakes, anvils, shears, and bench vices. Q: Can you explain the purpose of tin snips in tin smithing? A: Tin snips are used in tin smithing to cut and shape tin sheets. They have specially designed blades that are capable of making clean and precise cuts in the metal. Q: What is the role of hammers in tin smithing? A: Hammers are used in tin smithing for various purposes, such as shaping, forming, and planishing tin. Different types of hammers, such as ball peen hammers, cross-peen hammers, and planishing hammers, are used to achieve specific effects and textures on the tin surface. Q: What is the function of a soldering iron in tin smithing? A: A soldering iron is used in tin smithing to heat and melt solder, which is then used to join pieces of tin together. It provides the necessary heat ...
Post a Comment
Complete post >>

Strength of Materials viva Question and Answers

1. Define Hooke’s Law.  Ans . It states that when the material is loaded within the elastic limit the stress is directly proportional to strain. i.e. Stress α strain. or Stress = constant x Strain 2. Define Strength of materials.   Ans . The strength of a material is its ability to withstand an applied stress without failure. 3. What is stress?  Ans . When load is applied on any object then a resisting force is induced, that resisting or reacting per unit area of cross-section is called stress. 4. What is strain? Ans . Stress is change in dimensions upon original dimentions. 5. What is deformation?  Ans . Deformation is change in dimensions of any object due to applied load. 6. On which steel you have performed tension test. What is its carbon content?  Ans . On mild steel (0.3 to 0.6% carbon). 7. What kind of fracture has occurred in tensile specimen.  Ans . Ductile fracture. 8. Define temperature stress. Ans . Stress introduc...
Post a Comment
Complete post >>

Viva questions and answers about CNC (Computer Numerical Control)

Q1: What is CNC? A1: CNC stands for Computer Numerical Control. It is a technology that uses computerized systems to control machine tools and automate manufacturing processes. Q2: What are the advantages of CNC machining? A2: Some advantages of CNC machining include: Increased precision and accuracy in manufacturing. Improved efficiency and productivity. Greater flexibility in producing complex parts. Reduced human error and increased repeatability. Ability to automate manufacturing processes. Enhanced safety for operators. Q3: How does CNC differ from traditional machining? A3: CNC differs from traditional machining in that it uses computerized control systems to operate machine tools. Traditional machining relies on manual operation, while CNC machines can execute precise instructions based on digital design data. Q4: What are the primary components of a CNC system? A4: The primary components of a CNC system are: Machine tool: The physical equipment such as a lathe, mill, or router....
1 comment
Complete post >>

Isometric drawings for practice in AutoCAD

What is Isometric Drawing? Isometric drawing is a method of visually representing three-dimensional objects in two dimensions. It allows for a clear and comprehensive depiction of complex structures by keeping the scale consistent and eliminating distortion. Isometric drawings use a 30-degree angle from the horizontal in all three axes (X, Y, and Z), creating a pseudo-3D effect where the height, width, and depth are equally foreshortened. Creating Isometric Drawings in AutoCAD AutoCAD provides tools and settings that make creating isometric drawings straightforward. Here’s a step-by-step guide: Step 1: Set Up Isometric Snap/Grid 1. Enable Isometric Snap/Grid:    - Type `SNAP` in the command line and press `Enter`.    - Type `Style` and press `Enter`.    - Choose `Isometric` and press `Enter`. 2. Switch Between Isoplanes:    - Type `F5` or `CTRL+E` to toggle between the top, right, and left isoplanes. Step 2: Draw Isometric Circles and Arcs 1. Isom...
Post a Comment
Complete post >>

AutoCAD practice parts for Learners

Hi all! The below table contains some of the AutoCAD practice drawings with step by step procedure links. please visit the links to see all details of the draiwngs. Practice drawing Details Remarks Intoduction to AutoCAD Procedure steps in AutoCAD. Procedure in YOUTUBE. Download AutoCAD drawing files. You have any projects or quaries please contact us! Basic settings of drawing in AutoCAD Procedure steps in AutoCAD. Procedure in YOUTUBE. Download AutoCAD drawing files. You have any projects or quaries please contact us! Drafting settings in AutoCAD Procedure steps in AutoCAD. Procedure in YOUTUBE. Download AutoCAD drawing files. You have any projects or quaries please contact us! ...
1 comment
Complete post >>

Welding-TEE FILLET JOINT

Ex. No :                                                                                 Date : TEE FILLET JOINT Aim To join the given two work pieces as a ‘Tee fillet joint’ by arc Welding. Material used Mild steel plates. Tools required • Welding power supply • Flat file • Welding rod • Chipping hammer • Electrode holder • Wire brush • Gloves and apron  • Earthing clamps • Shield and goggles Procedure The given workpieces are thoroughly cleaned, i.e. rust, scales are removed and the  edges are filed. The electrode is held in an electrode holder and ground clamp is clamped to the  welding plates and the power is supplied. The workpieces are positioned on the table to form a “Tee fillet joint”. The tag weld is done on the bo...
3 comments
Complete post >>

FACING, PLAIN TURNING AND STEP TURNING

Ex. No :                                                                                                          Date : FACING, PLAIN TURNING AND STEP TURNING Aim                       To perform turning, facing and chamfering on a cylindrical work piece. Material used                       Mild steel cylindrical rod. Tools required Lathe Three-jaw chuck Chuck key Vernier caliper Single-point cutting tool Procedure First loosen the jaw in the chuck key to position the work piece, and then tighten the  jaws. Fix the cutting tool in the toolpost. Switch on the lath...
2 comments
Complete post >>

Fluid mechanics VIVA QUESTIONS and ANSWERS

1. Define density? Ans: It is defined as the ratio of mass per unit volume of the fluid. 2. Define viscosity? Ans: It is defined as the property of fluid which offers resistance to the movement of fluid over another adjacent layer of the fluid. 3. Differentiate between real fluids and ideal fluids? Ans: A fluid, which is in-compressible and is having no viscosity, is known as ideal fluid while the fluid, which possesses viscosity, is known as real fluid. 4. What is a venturimeter? Ans: It is a device which is used for measuring the rate of flow of fluid flowing through pipe. 5. What is a notch? Ans: A notch is a device used for measuring the rate of flow of a fluid through a small channel or a tank. 6. Define buoyancy? Ans: When a body is immersed in a fluid, an upward force is exerted by the fluid on the body. This upward force is equal to the weight of the fluid displaced by the body. 7. Define meta-centre? Ans: It is defined as the point about which a body...
14 comments
Complete post >>

Sheet metal Funnel making

Making a Funnel using metallic sheet Making a Funnel using metallic sheet Aim:- To make a funnel from a given (GI)metallic sheet. Tools Required:- MALLET, SNIP, STAKE, STEEL RULE, BALL PEEN HAMMER, STRAIGHT EDGE, RIVETS, SCRIBER Procedure:  The size of the given sheet metal is checked for its dimensions using a steel rule The required development of surface is being made on the white paper which is overlapped on the sheet metal. The marking is done on the sheet metal as per the development being done on the paper. Now using straight snips, unwanted materials are removed. Now fold and bend the workpiece to make the funnel shape and joint is made on the workpieces. Then using a groover, a locked grooved joint is made for about 5mm. Also, hemming is done in the bottom of the funnel. In between top face and bottom face, a butt joint is made using a solder. Finally, trimming and finishing operations are carried out. Safety Precautions:- Each cut you make exposes s...
Post a Comment
Complete post >>

Welding-LAP JOINT

Ex. No :                                                                              Date : LAP JOINT Aim To join the given two work pieces as a lap joint by arc welding. Material used Mild Steel plates. Tools required Welding power supply  Flat file Welding rod Chipping hammer Electrode holder Wire brush Gloves and apron Earthing clamps Shield and goggles Procedure The given workpieces are thoroughly cleaned, i.e. rust, scales are removed and the  edges are filed. The electrode is held in an electrode holder and ground clamp is clamped to the  welding plates and the power is supplied. The workpieces are positioned on the table to form a “Lab joint”. The tag weld is done on the both the ends of joining plates to avoid the m...
8 comments
Complete post >>

Search This Blog