A tooling designer is designing a jig that will insert pins into the flip-up handles of a coffeemaker. The bin to hold the pins should hold enough pins for 3 h of work before reloading. The engineering estimate for the rate of inserting the pins is 300/h. The pin diameter is 0.125 in. Because of space constraints, the bin must be designed as shown in Figure 4.17. The bin can be only the width of one pin. What is the minimum height that the bin should be if there is 0.250 in. at the top when it has been filled with the required number of pins? Figure 4.17

A tooling designer is designing a jig that will insert pins into the flip-up handles of a coffeemaker. The bin to hold the pins should hold enough pins for 3 h of work before reloading. The engineering estimate for the rate of inserting the pins is 300/h. The pin diameter is 0.125 in. Because of space constraints, the bin must be designed as shown in Figure 4.17. The bin can be only the width of one pin. What is the minimum height that the bin should be if there is 0.250 in. at the top when it has been filled with the required number of pins? Figure 4.17

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Must solve all the parts of Problem 1.
The forces shown in the following figure act on a specific screwed part. It can be noted that none of them acts directly on the known x and y axes. With this, what should be the force component acting on these axes? Options: a) The force on the x-axis is 20.54 N; and on the y-axis, it is 250.22 N. B) The force on the x-axis is -20.54 N; and on the y-axis, it is 230.22 N. c) The force on the x-axis is -22.54 N; and on the y-axis, it is 190.98 N. d) The force on the x-axis is 21.20 N; and on the y-axis, it is -234.89 N. e) The force on the x-axis is -20.54 N; and on the y-axis, it is 250.22 N.
The machine tool diagram below shows a symmetric worm thread, in which a circular roller of diameter 1.5 inches sits. Find the amount d that the top of the roller rises above the top of the thread, given the information in the diagram.
design of machine elements solve according to R.S. Khurmi, J.K.
Write any four problems caused by insert solids. What solution can be given to those in order to problems such that it can be minimized
Please create a simple ping pong ball launcher where there is a mechanism for the trigger. And Length the ball travels can be adjustable
2) Orthogonal Cutting: Consider a person who is shoveling snow from the sidewalk. This person can choose between two different shovel designs. Shovel A rides at a 5°angle off the normal to the sidewalk, while shovel B is oriented at a 30° angle (from the normal to the sidewalk). Either way, two inches of snow will be removed. Which shovel will require less pushing force? Please write your answer as the ratio of the force for shovel A to the force for shovel B. Assume the friction between the snow and the shovel is 1.0. Both shovels are the same width (into the page). The thickness of the removed snow riding up the face of the shovel is as shown in the figures. In both cases, the snow has the same physical properties (strength, stiffness, etc.). 2 in snow 3 in ground Shovel A 5 degrees shovel Pushing force 2 in snow ground 30 degrees /2.75 in shovel Shovel B Pushing force
Can someone please help me to solve this problem following all directions using the “method of joints” and drawing all needed diagrams highlighted in yellow and show neat hand written work with all formulas. PLEASE AND THANK YOU!!!!!!
Perpendicularity tolrance that results in a virtual condition for pin/hole.
In a lathe machine, The diameter of the driver and driven pulley are 2745 mm and 1200 mm respectively, And the driver pulley runs at speed of 225 rpm. Find the speed at which is driven pulley runs in the machine. the speed of the driven pulley in rpm is
I need help with parts 1 through 3 for this problem.
Gentlemen, please help to solve a,b,c as I faced confusing questions about screw jack. Conditions are: screw jack is lifting 3.2 tonnes, screw pitch is 12 mm, diameter of the screw is 5 mm. Coefficient of friction was not given but I think we will need it for total force calculation, lets take it 0.2. a) Calculate horizontal component to move the load - what is ment here by horizontal component? b) Calculate vertical component to move the load - what is ment here by vertical component? c) Total force needed to move the load with a lever of 0.82m d) Velocity ratio (VR=distance by effort/distance by load) Distance by effort (lever)=2 x 3.14 x 0.82 = 5.15m Distance by load = pitch= 12mm= 0.012 m VR=5.15/0.012= approx 429. e) Calculate efficiency. For this we need to have MA (mechanical advantage). It can be calculated when we know total force. Efficiency=Load (3200 x 9.8) / effort