Mechanical

Design and Fabrication of Automated Portable Hammering Machine

A hammer is a tool or device that delivers a blow (a sudden impact) to an object. Most hammers are hand tools used to drive nails, fit parts, forge metal, and break apart objects. Hammers vary in shape, size, and structure, depending on their purposes. Hammering is the most widely used industrial as well as construction activity. The hammering of screws, metal sheets, metal parts etc. requires a lot of time and effort. So, to minimize the time and effort here you are going to build an automated hammering system.

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This machine will perform accurate, fast and automated hammering wherever and whenever needed using a 12V battery. The person just needs to insert the workpiece and start the hammering machine. This machine can be used for automatic hammering work as and when needed. Here you will use a dc motor in order to move the hammer. The DC motor consists of a pulley attached to it which is connected to a larger pulley for efficient power transfer and to increase torque. This large pulley is connected to a shaft that has a connecting rod attached to it. This rod is used to achieve lateral motion from the spinning shaft. We now connect the other end of a hammer to this connecting rod through a mid-swinging arrangement in order to achieve desired hammer motion with enough torque. We now use a suitable bed where workpiece can be placed.

The material you should use to build the frame of the machine is Mild steel. This is because It is the greatest material mankind has for construction. It is cheap, strong, readily available, easily cut, joined, and formed.


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Project Description:

  1. DC motor: A DC motor is one type of electric motor which converts direct current to electrical energy. Generally, it produces a higher RPM. You will use a 12V DC motor to give motion to the hammer.
  2. Belt and Pully: The DC motor which you will use will produce higher rpm. But for hammering purpose you require high torque is needed. To achieve this, you will use Belt and pulley arrangement.
  3. I Section Cast Iron Rod: You need I section Cast iron rod for making the structure/frame of the machine.
  4. Cast Iron plate: You will be needing a cast iron plate to use it as a bad for placing Objects.
  5. TOGGLE SWITCH: A toggle switch will be used to connect and disconnect the power supply from the motor.

Project Implementation:

  1. At first prepare a CAD model of your prototype. For your reference, a CAD model is given in the picture.
  2. After preparing the CAD model to perform structural analysis of your design. Here observe how much impact force your machine can handle according to the current design. If you get enough evidence which concludes your design is not good, then make the necessary modification to the design. Keep repeating this step until you get an optimum design.
  3. After your design is finalized, go to any workshop and fabricate your design.
  4. Then assemble Pulley, Motor, belt, and frame according to your design.
  5. After the assembly gives electricity supply, to perform the hammering operation.

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Project Brief: After completion of this project you can observe that hammering process is fully automated and the time and effort required for hammering is drastically reduced.

Software requirements:

CATIA: This is one of the popular solid modelling software made by Dassault System. You will use this software to design your machine structure.

Kit required to develop Design and Fabrication of Automated Portable Hammering Machine:
Technologies you will learn by working on Design and Fabrication of Automated Portable Hammering Machine:
Design and Fabrication of Automated Portable Hammering Machine
Skyfi Labs Last Updated: 2020-02-08





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