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In this computerized control scheme, the top need is additionally on making utilization of the efficient power vitality source which is accessible to us in wealth. This scheme supports the idea of sustainable development and helps in keeping the Environment Green Chemical and Pharmaceutical Industries The two out of four power sources that are a re...
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Local position system (LPS) becomes more and more diversified and increasingly important in large numbers of applications and contexts such as healthcare, targeted, monitoring, tracking and security. In LPS, three anchors at least with known position are employed with one tag for localization. In this paper, LPS which contains three anchors and one...
The endurance performance (EP) of electric multi-rotors spraying drones (EMSDs) is a key technical indicator that ensures the completion of tasks and improves their usefulness. To improve the EP of current EMSD, a test system is designed to determine the EP based on the EMSD test platform, and the performance evaluation method was studied. Firstly,...
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... The overall block diagram of the automated control of green house environment is shown in figure 1. In case of a real-time Greenhouse there may be slight variations based upon the specific plants being grown in it and the environmental conditions prevailing [4]. Now let us discuss all the physical components in detail. ...
... The so designed prototype system was tested for various parameters based on real time basis. This automated system was tested for all the basic parameters namely light, gas, humidity and temperature [5].The prototype system [4] was able to act according to the set points fixed by operator. Whenever the real time field signals crossed over the set point the output relays were activated accordingly so as to control the parameter [2]. ...
Environmental Conditions Have A Noteworthy Result On Plant Advancement. Every Single Industrial Plant Has Need Of Specific Conditions For Their Legitimate Development. A Greenhouse Is A Spot For Development Which Is Protected From The Outer Condition. A Greenhouse Is Viewed As A Multivariable Process With Nonlinear Nature And Is Affected By Biological Processes. The Five Most Vital Parameters To Think About While Making A Perfect Greenhouse Environment Are Temperature, Relative Humidity, Ground Water, Light Power And Co2 Focus. The Completely Computerized Greenhouse Framework Has Been Structured And Simulated Utilizing Labview. For Better Outcomes, The Whole Five Noteworthy Interrelated Condition Factors In A Temperature, Humidity, Ground Water, Light And Co2 – Were Viewed As Together [9]. The Automated Framework Is Planned So That The Framework Could Be Effectively Controlled And Observed By An Amateurish Client Who May Have No Or Minimal Specialized Foundation Regarding The Subject. The Fundamental Preferences Of This Framework Are Greater Adaptability, Better Execution And Access To More Facilities In The Whole System. When The Proposed Model Is Planned, Institutionalized And Actualized, It Gives Automated And Effectively Available Methods For A Better And Suitable Control Over The Greenhouse Management So As To Increment Required Proficiency As Well As Crop Cultivation. Moreover This Process Is Very Cheap As Compared To Existing System As It Is Not Based On The Conventional Ni Daq, Which Is Very Costly. The Present Model Can Be Implemented For Improvement In Crop Cultivation. It Is Well Suited For The People Residing In The Indian Villages As It Is A Low Cost System.
In many industries it is necessary to maintain the different parameters like temperature, water, level etc. to avoid the explosion. In many of the industries these things are not automated. A person will always have to be there for monitoring the readings and controlling. In order to overcome this difficulty, this new surveillance system was developed. The objective of this model is to implement automatic monitoring of gas and measurement and control of certain industrial parameters which includes temperature and level. The Embedded system will analyze the data; send the feedback in the form of readings via SMS to the field in-charge on encountering an abnormal condition, the system automatically initiates the controller to take control of the situation.
The foremost idea of our scheme in surveillance technology, the power consumed by the surveillance camera is reduced whenever not in use by using indoor and outdoor sensors which wake up the microcontroller with power management for the surveillance camera, when there is any human entry in the target area. Also the users are given an alert by using Global System for Mobile Communication system when there is an entry of a human. The purpose of this surveillance system is to propose a system, which can reduce the power consumed by the surveillance camera, by using sensor technology along with GSM system hand in hand. This system will be valuable for both surveillance applications for high secured environment in Chemical and medical fields and for our engineering practice. © 2016, International Journal of Pharmacy and Technology. All rights reserved.
