Google celebrated the Indian Genius Dr. Muthulakshmi Reddy.

Today on 30 Th July 2019 is memorable day for 133 th Birth day of Dr. Muthulakshmi Reddy. She was the First lady having a multi capabilities. She was not only a Lady Surgeon but also law maker and Social reformer.

       
She was born in 1886 in Pudukkottai in the States of Tamil Nadu. Since she belonged to Devadasi. So She was socially adopted to Devadasi culture and norms. However , as a teenager she defied her parents decision to get married. instead of marrying she was admitted to Maharajah college. Before her admission to this college, it was a boy's institution. So Muthulakshmi entered to this college breaking all tradition. Here she started her journey against the social orthodox culture.

After completing the course in Maharajah college she got admission in Madras Medical college as a first lady in Medical Science.

       After her education and medicine She started her carrier in a new dimension. Thus Reddy turned to administration and become the first women to become the deputy President of Madras Presidency council in the year 1927 under the Government of India Act,1919.

She lost her Sister due to her illness. She established the Adyar Cancer Hospital in the year 1954. This was the yield of her personal grievances as well as her professional motivation. 

       Despite of her profession she was at the forefront of many social reformation. She raised a Social voice against devadasi tradition and Child marriage.

        She was awarded Padma Bhushan in the year of 1956 and passed away in the year 1968 at the age of 81.

Tamil Nadu Government declared  July 30 as Hospital day in the remembrance of Reddy's Birth day. They decided to celebrate this day every year.


We, the Indians are very proud of such Genius.

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Google celebrated the Indian Genius Dr. Muthulakshmi Reddy.

Today on 30 Th July 2019 is memorable day for 133 th Birth day of Dr. Muthulakshmi Reddy. She was the First lady having a multi capabilities. She was not only a Lady Surgeon but also law maker and Social reformer.

       
She was born in 1886 in Pudukkottai in the States of Tamil Nadu. Since she belonged to Devadasi. So She was socially adopted to Devadasi culture and norms. However , as a teenager she defied her parents decision to get married. instead of marrying she was admitted to Maharajah college. Before her admission to this college, it was a boy's institution. So Muthulakshmi entered to this college breaking all tradition. Here she started her journey against the social orthodox culture.

After completing the course in Maharajah college she got admission in Madras Medical college as a first lady in Medical Science.

       After her education and medicine She started her carrier in a new dimension. Thus Reddy turned to administration and become the first women to become the deputy President of Madras Presidency council in the year 1927 under the Government of India Act,1919.

She lost her Sister due to her illness. She established the Adyar Cancer Hospital in the year 1954. This was the yield of her personal grievances as well as her professional motivation. 

       Despite of her profession she was at the forefront of many social reformation. She raised a Social voice against devadasi tradition and Child marriage.

        She was awarded Padma Bhushan in the year of 1956 and passed away in the year 1968 at the age of 81.

Tamil Nadu Government declared  July 30 as Hospital day in the remembrance of Reddy's Birth day. They decided to celebrate this day every year.


We, the Indians are very proud of such Genius.

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 How to charge your phone with a mud oven-MDWIX Technology.

Hey, do you want to learn a cool trick to charge your phone when you don't have electricity? Well, you're in luck, because I'm going to show you how to make a mud oven that can power up your device using nothing but some dirt, water, and a metal pot. Sounds crazy, right? But it actually works, and it's not that hard to do. Here's how.

First, you need to find a spot where the soil is dry and sandy. You don't want any grass or rocks in it. Then, dig a hole about the size of a basketball. You can use your hands or a shovel, whatever you have. Next, fill the hole with water until it's about halfway full. Then, start mixing the water and the soil with your hands until you get a thick and sticky mud. You might need to add more water or soil to get the right consistency.

Now, you need to shape the mud into a dome over the hole. You can use your hands or a spatula to smooth it out. Make sure there are no cracks or holes in the dome. You want it to be as solid as possible. The dome should be about 10 inches high and 15 inches wide. Leave a small opening at the top of the dome for the steam to escape.

Next, you need to find a metal pot with a lid that fits inside the dome. You can use any kind of pot, as long as it's not too big or too small. You also need some wires and a USB cable that you don't mind getting dirty. Cut off one end of the USB cable and strip the wires. Then, attach one wire to the inside of the pot lid and another wire to the bottom of the pot. Make sure they don't touch each other. Tape them securely with duct tape or electrical tape.

Now, you need to put some water in the pot and place it inside the dome. Make sure the lid is on and the wires are sticking out of the opening. Then, cover the opening with some mud to seal it. You're almost done!

The last step is to light a fire under the dome. You can use any kind of fuel, like wood, charcoal, or paper. Just make sure it's dry and flammable. You want to create a lot of heat and steam inside the dome. The steam will heat up the pot and create electricity through the wires. You can then plug your phone into the other end of the USB cable and watch it charge!

It might take some time for the oven to heat up and generate enough power, so be patient. You can check on your phone every few minutes to see how much battery it has. Depending on how hot your oven is and how low your phone is, it might take anywhere from 30 minutes to 2 hours to fully charge your phone.

And that's it! You've just made a mud oven that can charge your phone without electricity! How cool is that? You can use this trick anytime you're camping, hiking, or just in a pinch. Just remember to be careful with fire and water, and don't leave your phone unattended in the oven.

I hope you enjoyed this blog post and learned something new today. If you did, please share it with your friends and family who might find it useful too. And if you have any questions or comments, feel free to leave them below. I'd love to hear from you!

Thanks for reading and happy charging!

 How to charge your phone with a mud oven-MDWIX Technology.

Hey, do you want to learn a cool trick to charge your phone when you don't have electricity? Well, you're in luck, because I'm going to show you how to make a mud oven that can power up your device using nothing but some dirt, water, and a metal pot. Sounds crazy, right? But it actually works, and it's not that hard to do. Here's how.

First, you need to find a spot where the soil is dry and sandy. You don't want any grass or rocks in it. Then, dig a hole about the size of a basketball. You can use your hands or a shovel, whatever you have. Next, fill the hole with water until it's about halfway full. Then, start mixing the water and the soil with your hands until you get a thick and sticky mud. You might need to add more water or soil to get the right consistency.

Now, you need to shape the mud into a dome over the hole. You can use your hands or a spatula to smooth it out. Make sure there are no cracks or holes in the dome. You want it to be as solid as possible. The dome should be about 10 inches high and 15 inches wide. Leave a small opening at the top of the dome for the steam to escape.

Next, you need to find a metal pot with a lid that fits inside the dome. You can use any kind of pot, as long as it's not too big or too small. You also need some wires and a USB cable that you don't mind getting dirty. Cut off one end of the USB cable and strip the wires. Then, attach one wire to the inside of the pot lid and another wire to the bottom of the pot. Make sure they don't touch each other. Tape them securely with duct tape or electrical tape.

Now, you need to put some water in the pot and place it inside the dome. Make sure the lid is on and the wires are sticking out of the opening. Then, cover the opening with some mud to seal it. You're almost done!

The last step is to light a fire under the dome. You can use any kind of fuel, like wood, charcoal, or paper. Just make sure it's dry and flammable. You want to create a lot of heat and steam inside the dome. The steam will heat up the pot and create electricity through the wires. You can then plug your phone into the other end of the USB cable and watch it charge!

It might take some time for the oven to heat up and generate enough power, so be patient. You can check on your phone every few minutes to see how much battery it has. Depending on how hot your oven is and how low your phone is, it might take anywhere from 30 minutes to 2 hours to fully charge your phone.

And that's it! You've just made a mud oven that can charge your phone without electricity! How cool is that? You can use this trick anytime you're camping, hiking, or just in a pinch. Just remember to be careful with fire and water, and don't leave your phone unattended in the oven.

I hope you enjoyed this blog post and learned something new today. If you did, please share it with your friends and family who might find it useful too. And if you have any questions or comments, feel free to leave them below. I'd love to hear from you!

Thanks for reading and happy charging!

How to Manufacture with Giant Drill Bits  Process With Modern Machines  And Skillful Workers.

Hey, do you want to learn how to manufacture with giant drill bits? Well, you've come to the right place! In this blog post, I'm going to show you the process with modern machines that can handle these massive tools. You'll be amazed by what you can do with them!

First, let me tell you what giant drill bits are and why they are useful. Giant drill bits are basically very large versions of the drill bits you use for drilling holes in wood, metal, or other materials. They can range from a few inches to several feet in diameter, depending on the application. They are used for drilling deep wells, tunnels, foundations, mining, and other projects that require penetrating hard rock or soil.

Giant drill bits are made of steel or tungsten carbide, which are very strong and durable materials. They have different shapes and designs depending on the type of rock or soil they need to drill through. Some of them have teeth or blades that cut through the material, while others have rollers or buttons that crush it. Some of them also have jets of water or air that help clear the debris and cool down the bit.

Now that you know what giant drill bits are, let me tell you how to manufacture them with modern machines. The process is not very complicated, but it does require some skill and precision. Here are the main steps:

1. Design the bit. You need to decide what size, shape, and design of the bit you want to make. You can use computer software to create a 3D model of the bit and simulate how it will perform in different conditions. You also need to choose the material and coating for the bit.

2. Cut the blank. You need to cut a piece of steel or tungsten carbide that will become the body of the bit. You can use a plasma cutter, a laser cutter, or a water jet cutter to do this. You need to make sure the blank is smooth and has no defects.

3. Form the bit. You need to shape the blank into the desired form of the bit. You can use a lathe, a milling machine, or a forging machine to do this. You need to make sure the bit is symmetrical and has no cracks or burrs.

4. Add the features. You need to add the teeth, blades, rollers, buttons, jets, or other features that will make the bit effective for drilling. You can use a welding machine, a brazing machine, or a soldering machine to do this. You need to make sure the features are securely attached and aligned with the bit.

5. Finish the bit. You need to polish, sharpen, and coat the bit to make it ready for use. You can use a grinding machine, a honing machine, or a coating machine to do this. You need to make sure the bit is smooth, sharp, and resistant to wear and corrosion.

That's it! You've just manufactured a giant drill bit with modern machines! Congratulations! Now you can use it for your drilling project or sell it to someone who needs it. I hope you enjoyed this blog post and learned something new. If you have any questions or comments, feel free to leave them below. Thanks for reading!

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

How to Manufacture with Giant Drill Bits  Process With Modern Machines  And Skillful Workers.

Hey, do you want to learn how to manufacture with giant drill bits? Well, you've come to the right place! In this blog post, I'm going to show you the process with modern machines that can handle these massive tools. You'll be amazed by what you can do with them!

First, let me tell you what giant drill bits are and why they are useful. Giant drill bits are basically very large versions of the drill bits you use for drilling holes in wood, metal, or other materials. They can range from a few inches to several feet in diameter, depending on the application. They are used for drilling deep wells, tunnels, foundations, mining, and other projects that require penetrating hard rock or soil.

Giant drill bits are made of steel or tungsten carbide, which are very strong and durable materials. They have different shapes and designs depending on the type of rock or soil they need to drill through. Some of them have teeth or blades that cut through the material, while others have rollers or buttons that crush it. Some of them also have jets of water or air that help clear the debris and cool down the bit.

Now that you know what giant drill bits are, let me tell you how to manufacture them with modern machines. The process is not very complicated, but it does require some skill and precision. Here are the main steps:

1. Design the bit. You need to decide what size, shape, and design of the bit you want to make. You can use computer software to create a 3D model of the bit and simulate how it will perform in different conditions. You also need to choose the material and coating for the bit.

2. Cut the blank. You need to cut a piece of steel or tungsten carbide that will become the body of the bit. You can use a plasma cutter, a laser cutter, or a water jet cutter to do this. You need to make sure the blank is smooth and has no defects.

3. Form the bit. You need to shape the blank into the desired form of the bit. You can use a lathe, a milling machine, or a forging machine to do this. You need to make sure the bit is symmetrical and has no cracks or burrs.

4. Add the features. You need to add the teeth, blades, rollers, buttons, jets, or other features that will make the bit effective for drilling. You can use a welding machine, a brazing machine, or a soldering machine to do this. You need to make sure the features are securely attached and aligned with the bit.

5. Finish the bit. You need to polish, sharpen, and coat the bit to make it ready for use. You can use a grinding machine, a honing machine, or a coating machine to do this. You need to make sure the bit is smooth, sharp, and resistant to wear and corrosion.

That's it! You've just manufactured a giant drill bit with modern machines! Congratulations! Now you can use it for your drilling project or sell it to someone who needs it. I hope you enjoyed this blog post and learned something new. If you have any questions or comments, feel free to leave them below. Thanks for reading!

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How to food process with Cool Automatic Machines.

Hey, do you ever wonder how food gets from the farm to your plate? Well, it's not magic, it's modern food processing technology with cool automatic machines! These machines can do amazing things like peel, chop, slice, dice, mix, cook, bake, freeze, pack and ship food products in a matter of minutes. They can also make food safer, tastier and more convenient for consumers. Let me tell you more about some of these awesome machines and how they work.

         In this video: 1. How potato chips are made at the Mikesell's Snack Food Company factory: www.mikesells.com 2. Process of croissant making, from dough preparation, to fermentation, baking and packaging: www.grandfoodscorp.com 3. Cherry line : washing and packaging: www.superfreshgrowers.com 4. Making ice cream and popsicles in factory with machines: www.amuldairy.com 5. From the tree to the bottle - apple juice production: www.fruchtsaft.de

Hey, foodies! Have you ever wondered how your favorite snacks and drinks are made? Well, today I'm going to show you some of the coolest and most advanced food processing technologies that are used to produce delicious and safe products. You won't believe your eyes when you see these amazing machines in action!

First, let's talk about how potato chips are made. You probably know that potatoes are peeled, sliced, fried and seasoned, but did you know that there are machines that can do all of these steps automatically? Check out this video of a potato chip production line that can process up to 2 tons of potatoes per hour. The machine peels the potatoes with high-pressure water jets, then cuts them into thin slices with a rotating blade. The slices are then washed, dried, fried and flavored with different seasonings. The final product is then weighed, packed and sealed by another machine. How cool is that?

Next, let's see how chocolate is made. Chocolate is one of the most popular treats in the world, but it takes a lot of steps to turn cocoa beans into chocolate bars. First, the cocoa beans are roasted, cracked and winnowed to separate the cocoa nibs from the shells. The nibs are then ground into a paste called cocoa liquor, which is mixed with sugar and milk to make chocolate. The chocolate is then tempered, molded and cooled to form solid bars. But wait, there's more! Some chocolate bars have fillings like nuts, caramel or nougat. To make these, the chocolate is injected into molds with hollow cavities, then filled with the desired ingredients. The molds are then closed and cooled again to seal the bars. Here's a video of a chocolate bar production line that can make up to 600 bars per minute. Isn't that sweet?

Finally, let's take a look at how soft drinks are made. Soft drinks are carbonated beverages that contain water, sugar, flavorings and carbon dioxide gas. To make soft drinks, the water is purified and filtered, then mixed with sugar and flavorings in a large tank. The mixture is then pumped into a carbonator, where it is injected with carbon dioxide gas under high pressure. The carbonated drink is then transferred to a filler machine, where it is dispensed into bottles or cans. The bottles or cans are then capped or sealed, labeled and packed for distribution. Here's a video of a soft drink production line that can fill up to 36,000 bottles per hour. That's a lot of fizz!

I hope you enjoyed this blog post about modern food processing technology with cool automatic machines. If you did, please like, share and subscribe to my channel for more awesome content. And don't forget to leave a comment below and tell me what other food processing technologies you want to see next. Thanks for reading and see you next time!

Hey, foodies! Have you ever wondered how your favorite snacks and drinks are made? Well, today I'm going to show you some of the coolest and most advanced food processing technologies that are used to produce delicious and safe products. You won't believe your eyes when you see these amazing machines in action!

First, let's talk about how potato chips are made. You probably know that potatoes are peeled, sliced, fried and seasoned, but did you know that there are machines that can do all of these steps automatically? Check out this video of a potato chip production line that can process up to 2 tons of potatoes per hour. The machine peels the potatoes with high-pressure water jets, then cuts them into thin slices with a rotating blade. The slices are then washed, dried, fried and flavored with different seasonings. The final product is then weighed, packed and sealed by another machine. How cool is that?

Next, let's see how chocolate is made. Chocolate is one of the most popular treats in the world, but it takes a lot of steps to turn cocoa beans into chocolate bars. First, the cocoa beans are roasted, cracked and winnowed to separate the cocoa nibs from the shells. The nibs are then ground into a paste called cocoa liquor, which is mixed with sugar and milk to make chocolate. The chocolate is then tempered, molded and cooled to form solid bars. But wait, there's more! Some chocolate bars have fillings like nuts, caramel or nougat. To make these, the chocolate is injected into molds with hollow cavities, then filled with the desired ingredients. The molds are then closed and cooled again to seal the bars. Here's a video of a chocolate bar production line that can make up to 600 bars per minute. Isn't that sweet?

Finally, let's take a look at how soft drinks are made. Soft drinks are carbonated beverages that contain water, sugar, flavorings and carbon dioxide gas. To make soft drinks, the water is purified and filtered, then mixed with sugar and flavorings in a large tank. The mixture is then pumped into a carbonator, where it is injected with carbon dioxide gas under high pressure. The carbonated drink is then transferred to a filler machine, where it is dispensed into bottles or cans. The bottles or cans are then capped or sealed, labeled and packed for distribution. Here's a video of a soft drink production line that can fill up to 36,000 bottles per hour. That's a lot of fizz!

I hope you enjoyed this blog post about modern food processing technology with cool automatic machines. If you did, please like, share and subscribe to my channel for more awesome content. And don't forget to leave a comment below and tell me what other food processing technologies you want to see next. Thanks for reading and see you next time!

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

How to food process with Cool Automatic Machines.

Hey, do you ever wonder how food gets from the farm to your plate? Well, it's not magic, it's modern food processing technology with cool automatic machines! These machines can do amazing things like peel, chop, slice, dice, mix, cook, bake, freeze, pack and ship food products in a matter of minutes. They can also make food safer, tastier and more convenient for consumers. Let me tell you more about some of these awesome machines and how they work.

         In this video: 1. How potato chips are made at the Mikesell's Snack Food Company factory: www.mikesells.com 2. Process of croissant making, from dough preparation, to fermentation, baking and packaging: www.grandfoodscorp.com 3. Cherry line : washing and packaging: www.superfreshgrowers.com 4. Making ice cream and popsicles in factory with machines: www.amuldairy.com 5. From the tree to the bottle - apple juice production: www.fruchtsaft.de

Hey, foodies! Have you ever wondered how your favorite snacks and drinks are made? Well, today I'm going to show you some of the coolest and most advanced food processing technologies that are used to produce delicious and safe products. You won't believe your eyes when you see these amazing machines in action!

First, let's talk about how potato chips are made. You probably know that potatoes are peeled, sliced, fried and seasoned, but did you know that there are machines that can do all of these steps automatically? Check out this video of a potato chip production line that can process up to 2 tons of potatoes per hour. The machine peels the potatoes with high-pressure water jets, then cuts them into thin slices with a rotating blade. The slices are then washed, dried, fried and flavored with different seasonings. The final product is then weighed, packed and sealed by another machine. How cool is that?

Next, let's see how chocolate is made. Chocolate is one of the most popular treats in the world, but it takes a lot of steps to turn cocoa beans into chocolate bars. First, the cocoa beans are roasted, cracked and winnowed to separate the cocoa nibs from the shells. The nibs are then ground into a paste called cocoa liquor, which is mixed with sugar and milk to make chocolate. The chocolate is then tempered, molded and cooled to form solid bars. But wait, there's more! Some chocolate bars have fillings like nuts, caramel or nougat. To make these, the chocolate is injected into molds with hollow cavities, then filled with the desired ingredients. The molds are then closed and cooled again to seal the bars. Here's a video of a chocolate bar production line that can make up to 600 bars per minute. Isn't that sweet?

Finally, let's take a look at how soft drinks are made. Soft drinks are carbonated beverages that contain water, sugar, flavorings and carbon dioxide gas. To make soft drinks, the water is purified and filtered, then mixed with sugar and flavorings in a large tank. The mixture is then pumped into a carbonator, where it is injected with carbon dioxide gas under high pressure. The carbonated drink is then transferred to a filler machine, where it is dispensed into bottles or cans. The bottles or cans are then capped or sealed, labeled and packed for distribution. Here's a video of a soft drink production line that can fill up to 36,000 bottles per hour. That's a lot of fizz!

I hope you enjoyed this blog post about modern food processing technology with cool automatic machines. If you did, please like, share and subscribe to my channel for more awesome content. And don't forget to leave a comment below and tell me what other food processing technologies you want to see next. Thanks for reading and see you next time!

Hey, foodies! Have you ever wondered how your favorite snacks and drinks are made? Well, today I'm going to show you some of the coolest and most advanced food processing technologies that are used to produce delicious and safe products. You won't believe your eyes when you see these amazing machines in action!

First, let's talk about how potato chips are made. You probably know that potatoes are peeled, sliced, fried and seasoned, but did you know that there are machines that can do all of these steps automatically? Check out this video of a potato chip production line that can process up to 2 tons of potatoes per hour. The machine peels the potatoes with high-pressure water jets, then cuts them into thin slices with a rotating blade. The slices are then washed, dried, fried and flavored with different seasonings. The final product is then weighed, packed and sealed by another machine. How cool is that?

Next, let's see how chocolate is made. Chocolate is one of the most popular treats in the world, but it takes a lot of steps to turn cocoa beans into chocolate bars. First, the cocoa beans are roasted, cracked and winnowed to separate the cocoa nibs from the shells. The nibs are then ground into a paste called cocoa liquor, which is mixed with sugar and milk to make chocolate. The chocolate is then tempered, molded and cooled to form solid bars. But wait, there's more! Some chocolate bars have fillings like nuts, caramel or nougat. To make these, the chocolate is injected into molds with hollow cavities, then filled with the desired ingredients. The molds are then closed and cooled again to seal the bars. Here's a video of a chocolate bar production line that can make up to 600 bars per minute. Isn't that sweet?

Finally, let's take a look at how soft drinks are made. Soft drinks are carbonated beverages that contain water, sugar, flavorings and carbon dioxide gas. To make soft drinks, the water is purified and filtered, then mixed with sugar and flavorings in a large tank. The mixture is then pumped into a carbonator, where it is injected with carbon dioxide gas under high pressure. The carbonated drink is then transferred to a filler machine, where it is dispensed into bottles or cans. The bottles or cans are then capped or sealed, labeled and packed for distribution. Here's a video of a soft drink production line that can fill up to 36,000 bottles per hour. That's a lot of fizz!

I hope you enjoyed this blog post about modern food processing technology with cool automatic machines. If you did, please like, share and subscribe to my channel for more awesome content. And don't forget to leave a comment below and tell me what other food processing technologies you want to see next. Thanks for reading and see you next time!

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