Claims:We Claim:
1)A cleaning system for bird droppings using internet of things (IOT) comprising of;
a. Determining the parts needs to be cleaned with the help of dust analyzer unit;
b. Attaching dust analyzer unit with one node which is a combination of a controller and wi-fi;
c. Nodes are sensors which communicate its output generation status continuously to the server;
d. Microcontroller analyzes this data and conclude which parts are needed to be cleaned followed by sending the information to the database of the website;
e. Automatic Robotic cleaning arm wipes the dust off the floor.
2)The cleaning system for bird droppings using internet of things (IOT) as claimed in claim 1, wherein the said system After Cleaning the part. System send this data to server and server analyses the output generated by the same panel which is just being cleaned by robot.
3) The cleaning system for bird droppings using internet of things (IOT) as claimed in claim 1, wherein the said system can issue commands and then observe its results from any remote location.
4) The cleaning system for bird droppings using internet of things (IOT) as claimed in claim 1, wherein the said system is with the information which user receives at its own end can be listed as follow: Cleaning Process Status (Ongoing/Idle); Number of parts Cleaned per day; Power Output; Cleaning Average Time; Light Status at Field (Day/Night) ,Number of system Cleaning Currently.
, Description:FIELD OF THE INVENTION:
The present invention relates to bird droppings cleaning techniques. The present invention more particularly relates to a cleaning system for bird droppings using internet of things (IOT).
BACKGROUND OF THE INVENTION:
Bird droppings or guano can not only pose a high health risk, but they also damage building structures and make building look unsightly. If not dealt with immediately, guano can cause permanent damage to balconies, roofs, fences, machinery, gardening equipment and ventilation systems. These can all be very expensive to replace so it’s very important that a professional cleaning service is hired to properly remove and disinfect affected areas.
Although bird droppings can seem fairly harmless, it is quite the opposite. Guano is highly acidic and in turn can cause corrosion of surfaces if left unremoved for medium to long periods of time. Guano in particular can be dangerous to humans and animals as it carries rabies and can cause diseases such as histoplasmosis which is a type of lung infection. Bird droppings also cause bad odours containing harmful bacteria which could spread throughout buildings through ventilation systems.
A litter of twigs from nests, feathers, debris and bird droppings not only looks unsightly, it can also harbour unpleasant diseases and attract mites and vermin.
Prompt clean-up of droppings is essential. With fresh droppings far easier to clean up than dried ones, calling a professional team should be a priority. Waiting to take action makes a total clean up more and more challenging. Dried droppings can crumble when a clean-up is attempted, potentially turning into a bacteria packed powder.
With the acceleration of urbanization, many birds have not found a suitable tree or the eaves to build a nest, so many nest built on the power lines cross arm, which can easily cause the line to ground fault and speed off the trip produce. Even after repeated removal of the nest with the lever from the cross arm, the bird still can not be completely expelled, the reason is the habit of the birds have built a nest in the same place repeat of.
In the first-tier cities, the existing simple artificial nest, which is mainly distributed in the street or other public facilities, to provide a simple bird living environment, but because of artificial living environment and birds in the nest from nest some differences exist, many of the birds can not live in a stable artificial nest, birds, birds frequent flyer will lead to secretions from the sky, to the lives of the residents brought trouble. How to provide a system for the management of the nest for birds, this is a problem in the future large-scale urbanization must be considered.
So there is a need for such a system for the safe and quick removal of bird droppings from property. It could be dangerous if you attempt to remove bird droppings without the correct safe. The present invention is a cleaning system for bird droppings using internet of things (IOT).
OBJECTS OF THE INVENTION:
The main object of the present invention is to provide a system for the safe and quick removal of bird droppings from property.
Another object of the present invention is to provide a safe system for a manageable nest system is provided with a living environment simulation intelligent bird nest in order to live birds stable and to avoid the birds build a nest on power lines, but also to avoid the flight of birds frequent phenomenon leads to secretion of contamination.
SUMMARY OF THE INVENTION:
Accordingly, a system a cleaning system for bird droppings using internet of things (IOT) for the safe and quick removal of bird droppings from property is disclosed. A cleaning system for bird droppings using internet of things (IOT) comprising of; Determining the parts needs to be cleaned with the help of dust analyzer unit; Attaching dust analyzer unit with one node which is a combination of a controller and Wi-Fi; Nodes are sensors which communicate its output generation status continuously to the server; Microcontroller analyzes this data and conclude which parts are needed to be cleaned followed by sending the information to the database of the website; and Automatic Robotic cleaning arm wipes the dust off the floor.
DESCRIPTION OF THE DRAWINGS:
Fig 1 is the flowchart for a cleaning system for bird droppings using internet of things (IOT) for the safe and quick removal of bird droppings from property.
DETAILED DESCRIPTION OF THE INVENTION WITH RESPECT TO DRAWINGS:
The present invention is a cleaning system for bird droppings using internet of things (IOT) for the safe and quick removal of bird droppings from property. The present invention provides a system for the safe and quick removal of bird droppings from property and provides a safe system for a manageable nest system is provided with a living environment simulation intelligent bird nest in order to live birds stable and to avoid the birds build a nest on power lines, but also to avoid the flight of birds frequent phenomenon leads to secretion of contamination.
In one embodiment, the present invention automatically clean dust, bird droppings and various garbage to make sure high charging efficiency and protect property. Built-in Automatic Robotic cleaning arm wipes the dust off the floor or places where bird droppings are found.
The system can be said to be smart system in a way that cleaning process is carried out on the basis of dust analysis method. Dust analysis can be said to be a heart of the system. Dust analysis is used for determining which part needs cleaning. For determining “Dusty Panel”, an dust analyzer unit is developed which leads towards Cleaning of that specific part of the floor.
Nodes have been used as preliminary base. Each dust analyzer unit is attached with one node. Node is nothing but a Node MCU. It has a combination of a controller and wi-fi. wifi is used to communicate panel output generation status through communication protocol. This is also doing our dust analysis part. Each node consists of a current sensor and voltage sensor which communicate its output generation status continuously to the server.
Voltage sensing task is carried out with help of voltage divider arrangement. So with these sensors, power output generation can also be determined. Now As this information is getting sent to server, that is microcontroller, it will analyze this data and conclude which parts are needed to be cleaned. This information is sent to our database of the website which has its own controller embedded in it. According to the data received in the system, the system is expected to go on that specific part and perform cleaning process. The system is embedded with the sensor that is nothing but ultrasonic sensor. System is going to follow S-shaped path for its cleaning process. This is achieved by using edge detection mechanism. After Cleaning the part. System send this data to server and server analyses the output generated by the same panel which is just being cleaned by robot. With the help of this analysis, system concludes the effect of cleaning process. HMI is Human Machine Interface. The very basic component of HMI is GUI. In GUI, Browser and Mobile application is processed. Using this HMI, a lots of information is conveyed to the user. A facility of manual control of the system has been given through this GUI. User can initiate cleaning process anytime he wishes to. To initiate the cleaning process or to issue any kind of command, it is not necessary for user to stay on field. He / She can issue commands and then observe its results from any remote location. The information which user receives at its own end can be listed as follow: Cleaning Process Status (Ongoing/Idle); Number of parts Cleaned per day; Power Output; Cleaning Average Time; Light Status at Field (Day/Night) ,Number of system Cleaning Currently.
A cleaning system for bird droppings using internet of things (IOT) comprising of;
a. Determining the parts needs to be cleaned with the help of dust analyzer unit;
b. Attaching dust analyzer unit with one node which is a combination of a controller and wi-fi;
c. Nodes are sensors which communicate its output generation status continuously to the server;
d. Microcontroller analyzes this data and conclude which parts are needed to be cleaned followed by sending the information to the database of the website;
e. Automatic Robotic cleaning arm wipes the dust off the floor.