कोयला और मेटल सेक्टर की कंपनियों के अधिकारी आईआईटी आईएसएम धनबाद में मशीनों की सुरक्षा पर आयोजित ट्रेनिंग में शामिल हुए.
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00:00If you have a lot of mines or coal mines, mining equipment is very important to increase productivity.
00:05If you have a lot of mining equipment or safety practices,
00:10if you have a lot of mining equipment, productivity is very important.
00:16Not only the productivity, but also the well-being and human life.
00:22We thought that the health and safety are very neglected.
00:28What kind of mining sector do you think?
00:32In the mining sector, there is a lot of machines that are deployed.
00:37The first thing was that semi-mechanized or un-mechanized mines.
00:40In today's data, there are mostly-mechanized mines.
00:43You can see that the machines have a lot of work.
00:46We have a lot of mining planning and data made.
00:49But if the machines do not work, the problem is our productivity.
00:53So, in the machines, the safety of the machines,
00:58we see in many cases that we are following the maintenance practices.
01:02We are following the maintenance practices.
01:03In the maintenance practices, the downtime is very much going on.
01:05For the downtime to remove the downtime,
01:07this course is very important.
01:09We continue to help the production of the maintenance practices.
01:18If the production of the machines is not bad,
01:23then we can start the cycle?
01:25How fast do we start?
01:28can do it. Exactly. It's the same thing that we normally follow is corrective maintenance
01:33when we talk about it. If there is something wrong, then we go to the same thing. But
01:42if we take the failure to detect the failure of the machine, then if we work on it, then
01:48the downtime will reduce and then it will be beneficial. So, why do we take the equipment
01:55to detect this product.
02:00Yes, there are two things.
02:03One is that the mines and companies have introduced
02:07to the product of the Mines, which is a critical system
02:11which is a critical system which is a chance to fill.
02:15We monitor that at every level of the sensors
02:17the pressure flow, the temperature variation,
02:20the vibration variation.
02:22we get an idea that after 2 years or 3 years or 10 days after that, we can get a failure.
02:28So, if we get a new technology that we don't have a new technology in India,
02:34if we use sensors or machines that we can get OEMs,
02:39this program OEMs and process companies that we mix together,
02:44that it will benefit that OEMs also understand what problem is.
02:48If we can use the new companies that we can use sensors,
02:56so that we can get data that we can get where we can get our chance.
02:59We have a company called Magneesor India Limited,
03:03currently is a company called Magneesor.
03:05We have a production of Magneesor,
03:08which is in which we have 10 units,
03:11some are in Madhya Pradesh, some are in Maharasht.
03:15We have various open-cast mines and underground mines.
03:19Maximum 4 is our open-cast mines,
03:22the remaining mines is underground mines.
03:24We have 18,000,000,000 metric tons,
03:27various different grades of production.
03:31Actually, I am a mechanical engineer,
03:34and underground mines,
03:36where there are various types of miners,
03:38machines, underground machines, dumpers,
03:40haulages and tippers, excavators,
03:44various uses.
03:45We have different locations in our different locations.
03:47We have our own transport,
03:49siding, bed conveyor,
03:50which is underground,
03:52open-casts,
03:53which is used to be processing,
03:55and plant through siding.
03:57We have various, various vendors,
03:59which is used in steel,
04:01and we sell them.
04:03Now,
04:04you have to use the mining sector,
04:06what are you doing in mining sector?
04:07What are you doing?
04:09What are you doing?
04:10What are you doing?
04:11What are you doing?
04:12What are you doing?
04:13So,
04:15how do you do it?
04:17What is your mine power?
04:18What are your machines?
04:19Yes,
04:20what are you doing?
04:21Yes,
04:22what are you doing?
04:23You are a .
04:24Yes,
04:25we are doing an anyo machine.
04:26What are you doing?
04:27What are you doing?
04:28Yes,
04:29what are you doing?
04:30Around the right,
04:31what are you doing?
04:32We are getting to the right,
04:33and
04:35what are you doing?
04:37In case of L1,
04:38we are doing a lot.
04:39Now, when you look at the production, it's a bit of a difference in production.
04:45It's a bit of a difference in production, because if we have 30 dumpers and something,
04:48if we have one or two dumpers, it's a minor effect.
04:52It's not a major effect.
04:53What is the difference between them?
04:56Actually, it's a similar type of machines.
05:00It's better than any dumpers.
05:03It's similar type of machines.
05:06There are concerned fitters, engineers.
05:09They are familiar with that.
05:11That's the knowledge of machine modification.
05:14But if machines are a new company,
05:17it's a design, it's all.
05:19There are electronics, fitters and ITIs,
05:24there are a lot of problems.
05:26Engineers also need to be training.
05:28These are all the difficulties.
05:30Excavators, wheel loaders, articulated haulers, soil compactors, motor graders.
05:35These machines for construction and mining needs,
05:38which are required for us,
05:41which are the requirements for us.
05:43Mining sectors,
05:44which are supplied to the operations,
05:46which are the ones that we have to do with the operations?
05:48What do we need to do with the operations?
05:50What do we need to do with the operations of the machines?
05:52sir, what are you going to do with the latest technology?
05:55Sir, what are machines with the latest technology?
06:00With higher degrees of safety aspects,
06:03which are our safety,
06:06which are all global levels,
06:09and which are the components of the machine,
06:12which is higher productivity with the least cost,
06:21which is the cost per hour,
06:23which is higher productivity,
06:25which is globally known for Volvo.
06:28Improvement is a continuous process.
06:32In every place there is a improvement.
06:35Day by day, the technology is changing.
06:39There is remote access to machines,
06:43which Volvo also has the most important part.
06:47Seat build technology,
06:49which is the three-point seat belt,
06:51which is the first time Volvo has given us the world.
06:53The most important thing is that
06:55this is the safety of the human beings,
06:57so that Volvo has no partnership with it.
06:59So, at Volvo Construction,
07:02we continue to do this work.
07:04It's the future as to the new Ladies and Gentlemen,
07:06which is the main thing for us.
07:10So, we are going to deliver more sustainable
07:12on our customers.
07:14And we're also going to deliver more material,
07:16which is the one that we are going to deliver,
07:18which is the thing we can do to deliver,
07:20so that the two people,
07:22we can restore the data of the business.
07:24We can restore that data of the business.
07:26We can even see the data on the system
07:28that we can have a new data that can be made.
07:30logically or theoretically
07:32जो हमारे professors बता रहे हैं यहाँ पे
07:34उसको हम और कैसा अच्छे
07:36utilize कर सकते हमारी machine हमें, तो यही हम
07:38लोकी कोशिश हैं. जिस तरह से
07:40विदिशों में जो टकनीफ का
07:42इस्तिमार किया जाता है, खानन के लिए,
07:44जो machine इस्तिमार किया जाती है,
07:45in the machine, we have to detect them, so that the production of the machine is wrong.
07:53Your machine is the same?
07:57Yes, our machines have a telematics.
08:02What is it that we can monitor the machines remotely.
08:06If there is a problem or error,
08:11so immediately the telematics and sensors are the operator to instruct
08:16but with the nearest server through customer who is the telematics through registered
08:24they can pop up.
08:26That machine has a problem and it will be rectified.
08:30So globally the technology we have in the other countries
08:35the technology we have in India.
08:37But in India the application is different.
08:42If you work in Europe
08:45then you can design machines to 40-50 degrees
08:49and application wise.