Create this program as a BLOCK FUNCTION in STUDIO 5000 The entrance has a momentary limit switch that changes states as a car enters the garage. This will be simulated by the Yellow PB. The exit has a momentary limit switch that changes states as a car exits the garage. This switch will be simulated by the Blue PB. The current number of cars in the garage will be indicated on the HMI’s numerical indicator. Also, indicate the number of cars that can still be accommodated. (ex.: if there are 3 cars in the garage, indicate that the garage can still accommodate 7 more.) When the system has determined the garage is full a gate will lower, preventing more cars from entering. A red pilot light will be used to indicate the gate is lowered. Provide a message on the HMI stating that the “GARAGE IS FULL”. If the garage is empty indicate that the “GARAGE IS EMPTY” on the HMI and the counter should be stuck at 0. To reset the system SS1 is toggled.
Create this program as a BLOCK FUNCTION in STUDIO 5000 The entrance has a momentary limit switch that changes states as a car enters the garage. This will be simulated by the Yellow PB. The exit has a momentary limit switch that changes states as a car exits the garage. This switch will be simulated by the Blue PB. The current number of cars in the garage will be indicated on the HMI’s numerical indicator. Also, indicate the number of cars that can still be accommodated. (ex.: if there are 3 cars in the garage, indicate that the garage can still accommodate 7 more.) When the system has determined the garage is full a gate will lower, preventing more cars from entering. A red pilot light will be used to indicate the gate is lowered. Provide a message on the HMI stating that the “GARAGE IS FULL”. If the garage is empty indicate that the “GARAGE IS EMPTY” on the HMI and the counter should be stuck at 0. To reset the system SS1 is toggled.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
Create this program as a BLOCK FUNCTION in STUDIO 5000
The entrance has a momentary limit switch that changes states as a car enters the
garage. This will be simulated by the Yellow PB.
The exit has a momentary limit switch that changes states as a car exits the
garage. This switch will be simulated by the Blue PB.
The current number of cars in the garage will be indicated on the HMI’s
numerical indicator.
Also, indicate the number of cars that can still be accommodated. (ex.: if there are
3 cars in the garage, indicate that the garage can still accommodate 7 more.)
When the system has determined the garage is full a gate will lower, preventing
more cars from entering. A red pilot light will be used to indicate the gate is
lowered.
Provide a message on the HMI stating that the “GARAGE IS FULL”.
If the garage is empty indicate that the “GARAGE IS EMPTY” on the HMI and
the counter should be stuck at 0.
To reset the system SS1 is toggled.
garage. This will be simulated by the Yellow PB.
The exit has a momentary limit switch that changes states as a car exits the
garage. This switch will be simulated by the Blue PB.
The current number of cars in the garage will be indicated on the HMI’s
numerical indicator.
Also, indicate the number of cars that can still be accommodated. (ex.: if there are
3 cars in the garage, indicate that the garage can still accommodate 7 more.)
When the system has determined the garage is full a gate will lower, preventing
more cars from entering. A red pilot light will be used to indicate the gate is
lowered.
Provide a message on the HMI stating that the “GARAGE IS FULL”.
If the garage is empty indicate that the “GARAGE IS EMPTY” on the HMI and
the counter should be stuck at 0.
To reset the system SS1 is toggled.
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