International Research Journal of Engineering and Technology (IRJET) Volume: 09 Issue: 06 | Jun 2022
www.irjet.net
e-ISSN: 2395-0056 p-ISSN: 2395-0072
Manufacturing of Toggle Jack Mr. Ashish Shankarrao Apate1 1 Assistant
Professor, Dept. of Mechanical Engineering, AISSMS IOIT, Pune, Maharashtra, India ---------------------------------------------------------------------***--------------------------------------------------------------------3. Dimensional relationships and Abstract - Manufacturing of toggle jack is a quit challenging identification of various reference Surfaces.
job. Toggle jacks are available in standard ranges and the capacities vary from 3kN - 1000kN. The power to magnify input forces, Toggle jacks allow us to raise vast loads using only a fraction of the force ordinarily needed. A power screw is a drive used in machinery to convert a rotary motion into a linear motion for power transmission. It produces uniform motion and the design of the power screw may be such that. Either the screw or the nut is held at rest and the other member rotates as it moves axially. Power screws should be designed for smooth and noiseless transmission of power with an ability to carry heavy loads with high efficiency.
B) Determination Logical sequence of operation:
Key Words: Toggle Jack, Worm, Nut, Cables, lead screw
2. Operation sheet for different type of component used in project assembly
4. Implicit and explicit remarks regarding from Error and finish.
1. Identification of surface to be machined, selection of machine tool. 2. Supporting accessories, pictures, gauges etc.
etc
2.1 Operation Sheet for lead screw:
1. INTRODUCTION
Component: Lead screw
In the olden days the energy or effort was the manual effort. But, over the years new technologies have been developed and implemented in each and every field. These techniques/devices help in great extent to reduce the manual effort. Mechanical machine toggle jack is one such device commonly employed to reduce the manual effort.
Material: Malleable Carbon Steel Material Specification: ø18mm x 260mm Quantity: 1
Manufacturing involved in conversion of raw material into the finished product used for some useful purpose. To understand the manufacturing system in a better way, it is divided in to three parts. 1. Input: Man, machine, material and energy. 2. Process: Related to design, the product and the production management. 3. Output: Finished product or service. 1.1
Process Planning:
Process planning is an important function, which takes place directly after the design of a product. It takes the information received and creates a plan for manufacture. The process planning involves an application of a systematic procedure, which involves following steps. A) Preliminary Part Print Analysis: 1. Size configuration 2. Material
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