Vaccination Programming Coding using Python Language

INPUT: 

print("Vaccination Status")

A=int(input("Age of the person="))

if A < 18:

    print("Not to get Vaccination.")

elif A >= 18:

        X=str(input("Enter the Name :"))

        Y=str(input("Enter the Father Name :"))

        Z=str(input("Enter the aadar card no :"))

        y=str(input("Vaccine type (covishield or covaxin)="))

        if y == "covishield":

           z=str(input("Date of vaccination ="))

           x=int(input("Vaccination dose ( 1 or 2)="))

           if x == 1:

              print("Get vaccinate")

              print("Get your 2nd dose after 86 days.")

           else:

              print("get your second dose")

        elif y == "covaxin":

                b=str(input("Date of Vaccination ="))

                a=int(input("Vaccination dose (1 or 2)="))

                if a == 1:

                    print("get vaccinate")

                    print("Get your 2 nd dose after 25 days.")

                else:

                    print("get your second dose")

 

OUTPUT:

 

SMART HELMET FOR MINING INDUSTRY  SAFETY SYSTEM

OBJECTIVE

·        The objective of a smart helmet in the mining industry is to enhance safety, communication, and efficiency for miners. These helmets often incorporate features such as real-time Monitoring of vital signs, gas Detection, collision avoidance

APPARATUS REQUIRED

·        MSP430 Microcontroller

·        LCD Display

·        LED Indication

·        Buzzer

·        IR sensor

WORKING PROCESS

·        Sensors can detect harmful gases and assess environmental conditions like temperature and humidity to ensure safe working conditions.

·        Proximity sensors can alert miners about obstacles, machinery, or vehicles in their vicinity, preventing accidents

·        Accelerometers can detect sudden movements indicating a fall and send alerts to supervisors or fellow workers.

·        The helmet might monitor vital signs like heart rate and oxygen levels, providing early warnings of health issues.

·        Miners can trigger distress signals through the helmet, alerting others about emergencies.

ADVANTAGES

·        Real-time monitoring of environmental conditions, vital signs of workers, and potential hazards.

·        It can provide instant alerts for dangerous situations, improve communication among miners, enhance situational awareness, and contribute to better decision-making.

·        Additionally, data collected by the helmets can be analysed to identify patterns and trends, leading to improved safety protocols and overall risk reduction in mining operations.

DISADVANTAGES

·        Cost

·        Complexity

·        Dependency

·        Data Privacy

CLICK THE LINK:SMART HELMET FOR MINING INDUSTRY SAFETY SYSTEM

SMART SYSTEM FOR NOISE AND POLLUTION MONITORING SYSTEM

 

SMART  SYSTEM FOR NOISE AND POLLUTION MONITORING  SYSTEM

Objective

To develop a real time noise and air pollution monitoring system which is capable of monitoring the air pollution and noise level.

    The user can access this information through an android application this monitoring system will assist the authorities as well as the public to view the information regarding pollution

Apparatus Required

·        MQ135

·        Sound Sensor

·        LCD display

·        Microcontroller (MSP430)

·        Buzzer

·        LED

Working Process

Hardware Part

·       The MQ135 sensor suitable for detecting of NH3, NOx, Alcohol, Benzene, Smoke,CO2 etc.

·       KY-037 sound sensor emits a signal if the sensor detects a noise. The sensitivity of the sensors can be adjusted by means of a controller

·       LCD display 16×2 alphanumeric display with 12c is used

·       Data is continuously displayed the LCD if the pollution exceeds a set limit

·       MSP430 integrated with ultra low power and digital and analog peripheral devices for sensing measurement application

·       Buzzer confirmation of user input such as a mouse click. Or keystroke

    Software

·       IOT based real time air and noise pollution monitoring system

·       We have programmed the microcontroller board in C language using Arduino IDE

 

Results

·       The developed air and noise pollution monitoring system is capable of monitoring the air quality level of noise pollution using gas and sound sensors on real time basis.

Advantages

·       The users can monitor the air quality and noise levels on real time basis through blynk

·       System is compact

·       User friendly

·       System is portable

CLICK THE LINK:SMART SYSTEM FOR NOISE AND POLLUTION MONITORING SYSTEM

 

ALCOHOL MONITERING AND ALERT SYSTEM

OBJECTIVE

·        This project is to develop a technology driven solution that can accurately monitor an   individuals alcohol consumption and provide timely alerts to prevent excessive or unsafe drinking behaviour. This system aims to promote responsible drinking habits enhance personal health and safety and potentially reduce alcohol related accidents.

APPARATUS REQUIRED

·         LCD  display

·         Alcohol sensor

·         LED indication

·         MSP430 microcontroller

·         Buzzer

WORKING PROCESS

·         An alcohol monitoring and alert system typically works by using sensors to detect alcohol levels in persons breath

·         This sensors send to a data to be microcontroller .

·         The system analysis the data to determine if the persons alcohol levels exceed a certain threshold is crossed the system can trigger an alert which could alarm or even a message to a smartphone app.

·         The aim of such a system is to help prevent alcohol related accidents or ensure compliance with sobriety requirements

ADVANTAGES

·        It helps prevent accidents and risky behaviours by alerting individual when their alcohol consumption exceeds safe limits

·        It can provide a record of alcohol consumption aiding in personal accountability and adherence to sobriety goals

 CLICK THE LINK:ALCOHOL MONITERING AND ALERT SYSTEM

 

 

RFID BASED WOMEN SAFETY SYTEM WITH AUTOMATIC STREET LIGHT CONTROL SYSTEM

OBJECTVE

·        The objective of the RFID-based women's safety system with automatic street light control project is to create a technology solution that enhances the safety of women by using RFID (Radio Frequency Identification) technology to detect their presence in certain areas.

·        When a woman carrying an RFID tag enters a predefined area, the system triggers automatic street light control, illuminating the surroundings for improved visibility and safety. This integrated system aims to provide a safer environment for women, especially during night time or in dimly lit areas.

APPARATUS REQUIRED

·        Transformer

·        Power supply

·        Vibration sensor

·        Arduino UNO

·        LDR Sensor

·        GSM module

·        RFI module

·        LCD display

·        LED

·        Arduino

·        Buzzer

WORKING PROCESS

·        The system uses RFID tags that are given to individuals especially women for identification and safety purposes

·        When the person entre the predefined area such as a street or a public space the RFID reader installed in that area detects the tags presence

·        The central identifies the user associated with the detected RFID tag

·        If the identified user is in distress of feels unsafe they can trigger safety alert using a  panic  button . this alert is sent to the central system.

·        The street lights in the vicinity of the identified user’s locations automatically activated.

·        In addition to controlling street lights the central  system can also send emergency notification

·        Once the user confirms that they are safe the system can deactivated.

ADVANTAGES

·        Enhanced safety

·        Immediate response

·        Reduced energy consumption

·        Cost saving

·        Crime deterrence

·        User friendly

CLICK THE LINK:RFID BASED WOMEN SAFETY SYTEM WITH AUTOMATIC STREET LIGHT CONTROL SYSTEM

AIR QUALITY MONITORING SYSTEM

 

                 AIR QUALITY MONITORING SYSTEM

Objective

·        The objective of an air quality monitoring project us to measure ,asses and analyze the levels of various pollutants in the air to understand the quality of the air in a specific location

·        This helps in identifying potential health risks making informed environmental policies and taking actions to improve air quality for well-being of people and the environment

Apparatus Required

·        Power Supply

·        MQ135

·        MQ7

·        LPG gas sensor

·        DHT 11

·        Node MCU

·        Wi-Fi Module

·        Arduino UNO

·        Buzzer

·        LCD display

Working Process

·        Sensors detect various pollutants such as particulate matter , volatile organic compounds, carbon monoxide ,nitrogen dioxide, ozone

·        The data are record and stone from the sensors overtime

·        Microcontroller process data from sensors and perform real time data analysis

·        Enables data transmission ofter using Wi-Fi, Bluetooth or Cellular networks

·        Power supply source to keen the system operational

·        User interface display real time data provides user interaction ofter through a web dashboard or mobile app

·        Alerting Mechanism notifies uses when air quality parameters exceed safe levels

·        Weather data to correlate environmental factors with air quality

Advantages

·       An air quality monitoring project offers several advantages, such as

·       Providing real time data on pollution levels, raising public awareness about air quality issues. aiding in policy making for environmental regulations

·       Promoting healthier living by enabling individuals to make informed choices about outdoor activities and protective measures.

Disadvantages

·       High cost involved in setting up and maintenance the necessary equipment and technology

·       Interpreting the collected data accurately and taking meaningful action based on it can also noise challenges

CLICK THE LINK:AIR QUALITY MONITORING SYSTEM

   

THERMO ELECTRIC ENERGY BASED WIND MILL RUNNING SYSTEM

OBJECTIVE

·         This project is to convert heat directly into electricity using the seebeck effect harnessing temperature difference between two materials. Tis is aim to generate sustainable and efficient power from waste heat  , industrial process or renewable sources.

APPARATUS REQUIRED

·         5V DC motor wind mill setup

·         Thermoelectric sensor

·         Heat source(candle)

·         Cool source (ice cubes)

·         Steel plates

WORKING PROCESS

·        Heat source: a heat source ,such as the candle provides the high temperature side

·        Cool source : a cool source ,such as the ice cubes provides the cooling side

·        Voltage generation: the temperature gradient causes electrons to flow from the hot side to cold side ,generating a voltage difference due to the seebeck effect

·        Electrical output: the voltage generated is collected through metal contacts on the hot and cold sides of TEM.

·        Heat dissipation: the cooling system on the cold side of the TEM helps maintain the temperature difference and preventing overheating

·        Power conversion: to use the generated electricity an inverter may be used to convert the  DC output into alternating current suitable for powering devices.

ADVANTAGES

·         Its offer several advantages such as generating electricity from heat and being environmentally minimal maintenance ,and having potential application in remote or space constrained areas

DISADVANTAGES

·         Low efficiency compared to other energy sources

·         High initial costs and limited scalability

CLICK THE LINK:THERMO ELECTRIC ENERGY BASED WIND MILL RUNNING SYSTEM

Amazon shopping Programming coding using Python

INPUT: 

print(        "Amazon shopping ")

places=["pollachi","coimbatore","bangalore","chennai"]

id=int(input("enter the id:"))

if id==12345:

    print("your order is in chennai ")

elif id==21345:

    print("your order is in pollachi ")

elif id==32145:

    print("your order is in coimbatore ")

elif id==41235:

    print("your order is in bangalore ")

else:

    print("wrong id")

Super Market Print Programming Coding

 INPUT:

print  ("                         shiva supermarket    ")

print("s.no    item   quantity     price")

print("1       soap      20           10")

print("2 washing powder  1kg         200")

print("3     agarbathi   2pack        50")

print("4      rice       10kg       1000")

print("5     sugar       10kg       1000")

print("6      oil        5k          500")

print("7     salt        2kg         100")

print("8  flour wheat    5kg         300")

OUTPUT:

       

Bus Stop program coding in Python

 INPUT:

source=["udumalpet","coimbatore","palani","madurai","mysore","palakad"]

places={

 

  ("udumalpet","coimbatore"): 100,

  ("palani","madurai"):140,

  ("mysore","palakad"):200

}

a=str(input("Source:"))

if a in source:

  

  b=str(input("Destionation:"))

  if(a,b) in places:

    print("the distance from",a,"to",b,"is",places[(a,b)],"km")

    

  elif(b,a) in places:

    print("the distance from",b,"to",a,"is",places[(a,b)], "km")

  else:

    print("wrong")

    

    

else:

  print("enter correct source")

STRING PROGRAMMING CODING

 a= "good vibes"

print(a[6:7])

print(a[-4:8])

print(a[-7:-5])

print(a[-6:-2])

print(a[-7:-4])

print(a[-3:-1])

 print(a[-5:-3])

print(a[-4:-2])

print(a[-8:-2])

print(a[-4:-5])

print(a[-7:-8:-5])

print(a[-9:-11:-13])

print(a[-9:-10:-11])

print(a[-15:-13:16])

OUTPUT:

Binary value Program coding

INPUT:

 print(7&5)

"""

The & operator compares each bit and set it to 1 ifboth are 1, otherwise it is set to 0:

7=0000000000001111

5=0000000000000101

--------------------

5=0000000000000101

--------------------

Decimal numbers and their binary

0=0000000000000000

1=0000000000000001

2=0000000000000010

3=0000000000000011

4=0000000000000100

5=0000000000000101

6=0000000000000110

"""

print(6|3)

"""

The | operator compares the each bits are 1 if one of two bits is to 1.

6=0000000000000110

3=0000000000000011

--------------------

7=0000000000001111

--------------------

Decimal numbers OR their binary

0=0000000000000000

1=0000000000000001

2=0000000000000010

3=0000000000000010

4=0000000000000100

5=0000000000000101

6=0000000000000110

7=0000000000001111

"""

print(4^2)

"""

The ^ operator compares the sets each bit to 1 if only one of two bits is 1. 

4=000000000000100

2=000000000000010

--------------------

6=000000000000110

--------------------

0=0000000000000000

1=0000000000000001

2=0000000000000001

3=0000000000000010

4=0000000000000100

5=0000000000000101

6=0000000000000110

"""

Fruit shop Program Coding

 apple=50

orange=30

banana=40

mango=50

stawbery=20

x=int(input("apple enter weight = "))

a=x*apple

y=int(input("orange enter weight = "))

b=y*orange

w=int(input("banana enter weight = "))

c=w*banana

z=int(input("mango enter weight = "))

d=z*mango

q=int(input("stawbery enter weight = "))

e=q*stawbery

total=a+b+c+d+e 

discount=(total*20)/100

amount=total-discount

print("          pk fruits  ")

print("s.no    items      weight     price")

print(" 1       apple       ",x," "     , a)

print(" 2      orange       ",y," "     , b)

print(" 3       banana      ",w," "     , c)

print(" 4       mango       ",z," "     , d)

print(" 5       stawbery    ",q," "     ,e)  

print("         total          "             , total )

print("         discount       "             , discount  )

print("         amount         "             ,  amount)

Bio Data Program Coding

 m=str(input("enter the name:"))

n=str(input("enter the d.o.b:"))

k=str(input("enter the father name:"))

p=str(input("enter the mother name:"))

t=str(input("enter the qualification"))

z=str(input("enter the experience:"))

d=int(input("enter mobile number:"))

e=str(input("enter email.id-"))

print("name :",m)

print("d.o.b:",n)

print("fathername:",k)

print("mother:",p)

print("qualification:",t)

print("experience:",z)

print("mobile number:",d)

print("email.id:",e)

OUTPUT: