2.0 Problem Definition - N-division-2021-2022-even/Repo-12 GitHub Wiki
Need Statement:
Now a days, Computer and robotic technologies have seen major improvements in technologies commonly employed in Agricultural practices... So, we are trying to create a machine which will help the farmers for sowing etc.
Question and answer
Sl no |
Questions |
Answer |
Objective/function/constraint |
1 |
what type of agricultural bot do you need? |
Semi-automatic |
objective |
2 |
What should be the cost range of the bot? |
Between 2000-3000 |
constraint |
3 |
What should be the dimensions of the bot? |
50cm25cm10cm |
constraint |
4 |
What is the shape of the bot? |
Cuboid or Rectangular |
constraint |
5 |
What will be the time given to build the bot? |
3 Months |
constraint |
6 |
What should be the movements? |
circular or straight |
objective |
7 |
What should be the main function? |
Seed sowing the seedling trays |
function |
8 |
What should be the movement speed of the bot? |
2-10km/hr |
constraint |
9 |
What should be the color of bot and trays? |
Black |
constraint |
10 |
What should be the battery backup of the bot? |
2-3 hours |
constraint |
11 |
Should it be portable? |
YES |
objective |
12 |
How should be the bot controlled? |
via simple switch |
function |
13 |
What should be the control buttons of the bot? |
Movement control, sowing |
function |
14 |
What should be the size of tray? |
3cm*3cm |
constraint |
15 |
What should be the capacity carried by the bot? |
500g to 750g |
constraint |
2.2 Basic survey and requirements
Sl no |
Observation from Surveys |
Requirements |
1 |
size of the tray |
3cm*3cm |
2 |
cost of the bot |
between 2000 to 3000 |
3 |
movement of the trays |
cicular or straight |
4 |
capacity carried by the bot |
500 gram to 700 gram |
5 |
battery backup of the bot |
2-3 hours |
2.3 Identifying Client's Objectives
Sl no |
Objectives |
1 |
Bot should be in static position |
2 |
Bot should be easy to control |
3 |
Bot should be portable |
4 |
Bot should be semiautomatic |
Problem definition version 1.1 :-
Design a semi-automatic seed sowing machine that sows seeds in trays. The machine should be portable.
2.4 Identify constraints
Sl no |
constraints |
1 |
The cost of the bot should be in between 2000-3000 |
2 |
The dimensions of the Bot should be 50cm25cm10cm |
3 |
The shape of the bot should be cuboidal or rectangular |
4 |
The bot should be built within 3 months |
5 |
The movement speed of the tray should be 2-10km/hr |
6 |
The color of the bot and tray should be black |
7 |
The battery backup of the bot should be 2-3 hours |
Problem definition version 1.2 :-
Design a semi-automatic seed sowing machine that sows seeds in trays. The machine should be portable, which is able to accuratly sow the seeds seedling trays, it should be portable and user friendly. Budget to built should not exceed the range Rs 2000-3000 and it should work for 2-3 hours continuosly. The dimensions of the Bot should be 50cm25cm10cm.The movement speed of the tray should be 2-10km/hr.
2.5 Establish Functions
Sl no |
Functions |
1 |
The bot will sow the seeds |
2 |
The bot will detect the availability of the trays |
3 |
The bot will store the seeds and water |
4 |
The bot will indicate the process when completed |
Problem definition version 1.3 :-
Design a semi-automatic seed sowing machine that sows seeds in trays. The machine should be portable, which is able to accuratly sow the seeds in seedling trays, it should be portable and user friendly. Budget to built should not exceed the range Rs 2000-3000 and it should work for 2-3 hours continuosly. The dimensions of the Bot should be 50cm25cm10cm.The movement speed of the tray should be 2-10km/hr. The bot will sow the seeds first trays accordingly, at standard time intervals. The Bot will detect the availability of the trays and at last it will indicate the user once the process is completed.