automatic urinary flushing system
TRANSCRIPT
AUTOMATIC URINARY FLUSHING SYSTEM
-mini project
GUIDED BYMr. BASKAR CHELLADURAI
SUBMITTED BY…
S.S.DARUN PRAKASH (12MER026)B.DINAGAR (12MER033)
HARISH NAIR (12MER057)
Cleanliness May Be Next To Godliness
INTRODUCTION
About 32.7% of Indian population lies below the poverty line Sanitation needs completely depends on public sanitation
centers Currently, in India, they could not find the hygienic
situations, which later on results in their health related disparities.
India- with 1.2 billion people – is far from achieving it.
Less than one-in-three households in Indian villages have toilets.
Urban areas have more toilets but nevertheless suffer from poor sanitation and disposal mechanisms.
The lack of public toilets for the urban poor and in rural areas leads to alarming rates of waterborne diseases and affects women and children most.
NIRMAL GRAM ABHIYAN-in rural areas
But, still the urban conditions are very pathetic, in terms of sanitation facilities,
due to increased density of population
GOVERNMENT SCHEMES
PRESENT SYSTEM
PUBLIC URINARIES
PUSH TYPE
SENSOR TYPE
LAYOUT OF PRESENT SYSTEM
PROBLEM IDENTIFICATION
UNHYGIENIC SANITATION
INCREASED WATER
WASTAGE
IMPACTS & STATISTICS
MANUAL FLUSHING
WATERWASTAGE
POOR DISPOSAL
NO FLUSHING
ECO-NUISANCE
URBAN RURAL TOTAL0%
20%
40%
60%
80%
100%
120%
IMPROVED WATER SOURCEIMPROVED SANITATION
PROJECT DESCRIPTIONWORKING
CYLINDER
LEVERAGE
PRINCIPLE
DISCHARGE
PIPELINE
WORKING EXPLANATION
-UPON USAGE
SPRING LOADING BY PERSONNEL
LEVER SPOOL
WATER COLLECTIO
N
WORKING PIPELINE
-AFTER USAGE
SPRING UNLOADING OF PLATFORM
LEVER SPOOL
WATER DISCHARGE
FLUSHING
SPRING :
Mean Diameter of the spring = 6.985 cmDiameter of the wire = 0.5 cmNumber of Coil = 15Range = 10 kg -30 kg Minimum load = 10 kg = 98.1NMaximum load = 30 kg = 294.3NNumber of springs = 2
DESIGN CALCULATION
DEFLECTION UNDER MINIMUM LOADING :
The load of 10 kg is uniformly distributed among two springs
98.1 N = 49.05 N / springδ = {64*49.05*(3.4925)3
*15}/{(8.4*106)*(0.5)4} δ = 3.8208 cm
DEFLECTION OF SPRING
DEFLECTION UNDER MAXIMUM LOADING
The load of 30 kg is uniformly distributes among two springs
294.3 N = 147.15 N / spring
δ={64*147.15*(3.4925)3 *15}/{(8.4*106)*(0.5)4}
δ = 11.46 cm
WORKING PROTOTYPE
PROS CONS
Appropriate water usage
Reduced wastage of water
Increased standard of sanitation facility
Mechanical means of operation, may cause some linkage errors
Springs may fail, on continuous operation
Frequent Loading and Unloading, leads to errors in leverage mechanism
COST ESTIMATION
SPOOL & SPRING Rs. 300
CLAMPS & FITTINGS Rs. 100
TOTAL COST/BASIN Rs. 400
FUTURE SCOPE & DEVELOPMENT
METALLICPIPELINE
NON-METALLICPIPELINE
CYLINDER CAPACITY
75 ml
CYLINDER CAPACITY
( x ) ml
( x-Required level of Storage )
THANK YOU