The data from sensors ought to be taken care of in the local center. The system needs to set up accessibility to a PDA and disseminate the data on a dashboard using a sensible convenient application. The IoT design engineer, propose a suitable single-board PC based IoT model to keep a dairy farm by noticing encompassing temperature, water, feed openness and controlling fans on the chamber. Draw the block diagram of the proposed model showing the interconnection of the sensors to the single-board computer [5]

The data from sensors ought to be taken care of in the local center. The system needs to set up accessibility to a PDA and disseminate the data on a dashboard using a sensible convenient application. The IoT design engineer, propose a suitable single-board PC based IoT model to keep a dairy farm by noticing encompassing temperature, water, feed openness and controlling fans on the chamber. Draw the block diagram of the proposed model showing the interconnection of the sensors to the single-board computer [5]

New Perspectives on HTML5, CSS3, and JavaScript

6th Edition

ISBN:9781305503922

Author:Patrick M. Carey

Publisher:Patrick M. Carey

Chapter3: Designing A Page Layout: Creating A Website For A Chocolatier

Section3.2: Visual Overview: Page Layout Grids

Problem 1QC

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Consider a neutralization system with the piping and instrumentation diagram (P & ID) in the figure below, where a certain amount of solution is added to a tank chemically treated and then sent out to the next tank. The sensors ts & as are used to sense the temperature and PH of neutralized solution, respectively. The level switches (Is1, Is2, and Is3) are activated whenever the level in the tank is at or above a given level. The neutralization process is to proceed as follows: 1. Initially, all the valves are closed, the mixer (m) and heater (h) are OFF, and the reaction tank is empty. 2. When the START button is pressed, open (V1) until (1s2) is activated. This fills the tank with the solution to be neutralized. 3. When the solution level rises above (Is2), start the mixer (m) and turn on the heater (h). When the level drops below (Is1), stop the mixer (m). 4. Whenever the PH of the solution is unbalanced, open (V2) to add neutralizer. 5. If the tank becomes full, which is indicated…
Consider a neutralization system with the piping and instrumentation diagram (P & ID) in the figure below, where a certain amount of solution is added to a tank chemically treated and then sent out to the next tank. The sensors ts & as are used to sense the temperature and PH of neutralized solution, respectively. The level switches (Is1, Is2, and Is3) are activated whenever the level in the tank is at or above a given level. The neutralization process is to proceed as follows: 1. Initially, all the valves are closed, the mixer (m) and heater (h) are OFF, and the reaction tank is empty. 2. When the START button is pressed, open (V1) until (1s2) is activated. This fills the tank with the solution to be neutralized. 3. When the solution level rises above (Is2), start the mixer (m) and turn on the heater (h). When the level drops below (Is1), stop the mixer (m). 4. Whenever the PH of the solution is unbalanced, open (V2) to add neutralizer. 5. If the tank becomes full, which is indicated…
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