Comments by "deadCXAP" (@deadcxap755) on "プロセスX"
channel.
-
9
-
9
-
6
-
6
-
What's the problem with not using "toxic" solvents? There are markers based on alcohol, water, and other safe substances. In any case, the amount of solvent in one marker, which will last for several weeks or months, is not capable of in any way harming a person, even if it is drunk, while chalk dust is extremely bad for the lungs and eyes of teachers. Solvent vapors can be easily removed by ventilation, while dust is heavier and can settle on clothing, skin, and the surrounding area.
And finally, whiteboards are easy to upgrade to interactive whiteboards - just install a cheap projector and ultrasonic pen sensors. Still, we live in the 21st century, and it is worth at least where there is money to switch to more modern technologies.
4
-
4
-
4
-
It pains me to see such negligence in production. It is clear that the plant was designed by smart people - convenient fastening modules, hangers and other equipment... But they couldn’t give the welder a normal protective mask?! And when he welds a gear rack without a mask at all, covering himself with a visor?!
A strange decision to spend time and effort wiping the pipes before bending. Afterwards it will still be covered in grease from the machine. It would be logical to only clean the welding zones, and then at the very moment after welding. A lot of time is spent on sanding before painting; sandblasting machines were invented for this long ago.
Terribly high paint consumption. Zones like those shown, with air blowing and a wall of falling water, are used for painting only large parts; painting pipes or other openwork structures on them is unprofitable - 90% will settle on the filter and not on the part. For such structures, airless sprayers with a small spray should be used.
Painting surfaces that will be constantly under load... This is the height of idiocy. The paint will fall off the rack after 3 uses of the lift. The paint will peel off from the top of the pipes after a month of use. And since the materials are simple iron, and not a stainless alloy, it will begin to rust. Isn't it cool? Staining red, flakes of paint on the stairs, the same look... This is clearly visible at the “testing” stage.
Separately, regarding the “test”. Checking without load? Seriously? What is its point, to give the appearance of work? Obviously, the seats themselves are not made at this plant, which means the most they can check is that the motor turns on. A test bench is not needed for this.
Well, the finished product... I never understood why the speed of assistance for the disabled in Japan is so low. It takes almost half an hour to climb 3 floors! A normal lift in other countries will operate at the speed of a normal pedestrian, not 10 times slower!
4
-
4
-
4
-
3
-
3
-
3
-
3
-
Видео "как сделать максимально тупую работу максимально неоптимальным способом".
Начиная с того, что эти ручки говно (рвут бумагу, требуют осбого навыка для работы, крайне хрепки, ломаются просто от работы, да наконец нет возможности регулировать скорость подачи чернил или качество линии!), так ещё и изготовление буквально кричит нам "я потрачу максимум усилий для минимума результата". Простейшие операции, вроде нарезки или спайки заготовок, тратят кучу лишнего времени, хотя в мастерской есть даже оборудование для автоматизации. Да наконец ровность спайки, что прямо будет влиять на качество получаемой ручки, проверяется на глаз, а не по простейшему шаблону!
3
-
3
-
3
-
2
-
2
-
2
-
2
-
2
-
2
-
2
-
2
-
2
-
This is not a production facility, this is a hobby garage workshop level.
1. He doesn't make glass, he buys ready-made tubes.
2. Sifting sand - can’t he just pour all the sand into the sieve at once? Why split one operation into dozens? Or attach a vibration motor to a sieve and just pour sand into it, and now you’ve spent a couple of minutes instead of an hour.
3. Manual creation of the form... when for a couple of hundred years graphite or, in extreme cases, wooden forms have been used for this. People simply heat up glass, put it in a mold, apply air (not with their mouth, but with pumps, because we are not in the Middle Ages), and get the same result. In a couple of minutes, instead of hours.
4. It has a calibration holder, good. What prevents you from making it swivel over the sand container and making the calibration process convenient? Without this basin and manual operations?
5. Absolutely terrible attitude towards safety. It is simply a potential suicide to light burners in a room that is so densely packed with flammable materials. It’s only a matter of time before something goes wrong and he simply burns down in his workshop. I don’t know what fire safety standards are in Japan, but for this, it should have been closed at the first inspection!
6. Lousy wooden holders that are glued together somehow, he didn’t even bother to remove the glue. Now even handicraft Chinese goods look better.
This is not just terrible, this is complete squalor, and not a production. And why? To make a product that costs pennies worse in quality than industrially produced watches? I repeat - this is the level of a bored office worker who decided to take up a hobby in the garage, and not a “master”.
Craftsmen must improve productivity and product quality, otherwise it is simply a waste of resources. At the same time, there are no traditions here - everything that was shown in the video was common industrial practices that were outdated many years ago. It's not something worth preserving.
2
-
2
-
2
-
2
-
2
-
2
-
No, no one has been using such wetsuits in real work for a long time. Maybe only for tourists.
This is a soft suit, without access for water inside. When diving in such a suit, the body experiences pressure from the water, as if you were naked. Since the suit is “dry”, the body is not heated in any way, there is no thermal insulation from the surrounding water.
And the huge, heavy brass helmet with miniature windows is something from the Middle Ages. Now there are normal plastic helmets, with a huge viewing angle, low weight and the same strength.
Modern wetsuits are “wet”. They are made of neoprene, and water access inside is open. A thin layer of water between the thermal insulating material and the surrounding water allows for more efficient heat retention. For deep-sea diving, comfortable masks with a large view or helmet are used. For extreme deep-sea diving - hard suits that maintain pressure inside that is acceptable for humans.
2
-
2
-
2
-
2
-
2
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1
-
1