specifications on the system are that it must have a total of 400 storage bins and a throughput of at least 125 storage and retrieval transactions/hr. Two altemative configurations are being considered: (1) a one-carousel system and (2) a two-carousel system. In either case, the width of the carousel is to be 4.0 ft and the spacing between caniers = 2.5 ft. One picker operator will be required for the one-carousel system and two picker-operators will be required for the two-carousel system. In either system, v = 75 ft'min. For the convenience of the picker-operator, the height of the carousel will be limited to 5 bins. The standard time for a pick and deposit operation at the load/unload station = 0.4 min if one part is picked or stored per bin and 0.6 min if more than one part is picked or stored. Assume that 50% of the transactions will involve more than one part. Determine (a) the required length of the onecarousel system and (b) the coesponding throughput rate; (e) the required length of the two- carousel and (d) the corresponding throughput rate. (e) Which system better satisfies the design

specifications on the system are that it must have a total of 400 storage bins and a throughput of at least 125 storage and retrieval transactions/hr. Two altemative configurations are being considered: (1) a one-carousel system and (2) a two-carousel system. In either case, the width of the carousel is to be 4.0 ft and the spacing between caniers = 2.5 ft. One picker operator will be required for the one-carousel system and two picker-operators will be required for the two-carousel system. In either system, v = 75 ft'min. For the convenience of the picker-operator, the height of the carousel will be limited to 5 bins. The standard time for a pick and deposit operation at the load/unload station = 0.4 min if one part is picked or stored per bin and 0.6 min if more than one part is picked or stored. Assume that 50% of the transactions will involve more than one part. Determine (a) the required length of the onecarousel system and (b) the coesponding throughput rate; (e) the required length of the two- carousel and (d) the corresponding throughput rate. (e) Which system better satisfies the design

Automotive Technology: A Systems Approach (MindTap Course List)

6th Edition

ISBN:9781133612315

Author:Jack Erjavec, Rob Thompson

Publisher:Jack Erjavec, Rob Thompson

Chapter22: Basics Of Electronics And Computer Systems

Section: Chapter Questions

Problem 4RQ: Means that data concerning the effects of the computers commands are fed back to the computer as an...

See similar textbooks

Similar questions

A carousal storage system is designed to serve a mechanical assembly plant. The specifications on the system are that it must have a total of 400 storage bins and a throughput of at least 125 storage and retrieval transactions/hr. Two alternatives configuration are being considered. (1) a one-carousal system and (2) a two carousal system. In either case, the width of the carousel is to be 4.0ft and the spacing between carriers = 2.5ft. One picker-operator will be required for the one-carousal system and two-picker operator will be required for the two carousal system. In either system, Vc = 75ft/min. For the convenience of the picker operator, the height of the carousel will be limited to five bins. The standard time for a pick and deposit operation at the load/unload station = 0.4min if one part is picked or stored per bin and 0.6min if more than one part is picked or stored. Assume that 50% of the transaction will involve more than one part. Determine (a) the required length of the…
Define the axis of sight, horizontal axis, and the vertical axis in a total station and describe their relationship to each other.
Sensor systems for obstacle detection and avoidance in mobile robots. • Produce a written report documenting: the choice of sensors, sensor evaluation, the developed processor/measurement system, and overall system performance.
level 3 autonomous system in transportation sector
It is an actuated mechanism programmable in two or more axes with a degree of autonomy, moving within its environment, to perform intended tasks. A. Robotics B. Service robots C. Personal service robots D. Professional service robots
What is the difference between OrCad and Comsol multiphysics
After visualize the Robotic Mechatronic System draw the block diagram for thedifferent subsystem of a Mitsubishi Robots
For a 1-degree-of-freedom robot arm, it is needed to use a DC motor. Draw a blockdiagram for a mechatronic system that controls the position of this robotic arm forgripping objects. Suggest a sensor system and clarify the flow and nature of signals inyour block diagram.
ALS manufacturers are involved in manufacturing, building, and assembling Offshore booster compressorunits, which include DNV skids and air receiver vessels, and they package everything in-house.To ensure quality control throughout the entire package preparation: no third-party manufacturers areused to assemble this booster compressor.As an engineer for the company, it is your task to design the air receiver vessel (pressure vessel) for theCompressor skid (as shown in the diagram) required for an offshore platform.This air receiver is used to store compressed air and is mounted vertically (See photo), the material used isan Aluminium alloy, and the Height of the Compressor skid is 10ft. See excel file “LO2 Data”Determine:1. The required material thickness (in inches) required for the air receiver shell.2. The required material thickness (in inches) required for the air receiver head.Note: According to the design standard, the head thickness = 2.5 x Shell thickness3. Based on the…
Explore the use of gyroscopic and accelerometer-based mouse control in devices like air mice and gaming controllers.
Identify a mechatronics system being used by you in your daily routine. Analyze its elements and state its importance in the functioning of that system
solve by the concepts of ststics