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Kynosys Work Table : #2 / DIY
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- čas přidán 13. 08. 2023
- This video shows the process of connecting the airlines of the vice mounted on the worktable and the wires of the solenoid.
As you can see in the video, I'll introduce you to a special skill.
Using the body and rod of the air cylinder as power lines, it is a skill to mount the switch without a separate wire. This is probably the first thing I'm going to do in the world.
The voltage, of course, used 24 volts that were completely harmless to the human body.
In the bit drawer video, I showed you using a drawer rail as a wire, but this time it's an air cylinder.
This skill, you can use it in many different ways.
Part 3 will cover the installation of side vise and the creation of jigs for the utilization of work tables. The third episode is the last one, and it will be uploaded soon.
Please enjoy the video and subscribe and like it. Thank you.
#DIY #Worktable #Woodworking
Some people are concerned about safety when using the vise for this work. Please refer to the explanation as follows.
As an inventor and engineer, I will give more consideration to my next work.
The two-hand switch is of course applied to my factory's production line.
I've given it a lot of thought in making this work, and instead I've put in place a different devices. There are five points that you're missing.
The first is "moving speed."
Look carefully at the moving speed of the vise on my worktable.
It is very common to control dangerous instruments at speed during operation. Think about automatic rotation, escalators, etc.
Of course, we add extra sensors to ensure safety, but the basis is speed
There is a risk to all products that move automatically after pressing the button. Not all of them have industrial safety devices. Your concern is that every machine and machine that works automatically has a risk. Of course, it can also be placed under an automatically unfolded bed. But instead of going under the bed while it's automatically unfolding, we usually look at it from a distance and see it unfold.
The second is the location of the vise switch.
I used a special technique to mount the switch on the upper body of the vise without a separate wire. This is the position where the hand is not injured by the vise.
How to use it,
Switch on to raise the vise.
Place the board in the appropriate position.
Press the switch again to lower the vise, securing the board.
Where will my hands be placed in a dangerous place?
Not only me, but all carpenters and DIYs are trained to be safe enough for this level of work.
We use a lot of harder machines, too.
The third is the "frequency of use."
Accidents are always reported in the automatic rotation and escalators mentioned earlier. This happens because the frequency of use is beyond the limits of the system prepared for safety. As the frequency of use increases, the probability of accidents increases rapidly. For example, if the frequency of use increases to infinity, the probability of an accident converges to 100%.
So all the working products are made within the safety zone of the graph.
I don't use my worktable, thousands of times a day.
This means that you can use it once or twice a week and pay enough attention. It also means that it is located within the safety zone of the graph.
The fourth is that I have a warning about the movement.
When operating the air cylinder, the silencer makes a loud sound of air escaping. If you do not need this sound, pull the airline out of the silencer and pull it out of the room.
I didn't do that on purpose.
This sound is loud enough for the air cylinder to pay enough attention when it moves. Unlike the light, this sound is loud enough that I can't hear it in my workshop.
Furthermore, the sound starts before the vise starts working, and then turns off at the end of the vise.
Perfect timing as a warning sound.
The fifth is, have a separate switch at the bottom of the table
I can operate the vise with this switch, and my body is far enough away from the vise.
This is the best safety device to remotely control the vise. These switches are also available for special situations,
In particular, for side vise, the bottom switch next to it has been made available. It's such a strong force that I prepared for an emergency.
Thank you.
sending the electricity through the cylinders isn't a good idea at all. the power you're using might be harmless for a healthy individual, but it can easily fry a medical device. it might be fine for personal use, but if you plan to produce more tables for sale, then you *must* address this issue.
@@csehszlovakze Thank you very much for your thoughtful advice.
I think that when making a product commercially, advance notice of all possible risks is very important.
However, I make it clear that I have given some consideration to the electrical technology used in this work.
The electricity in this work is DC 24V, and it's completely harmless to the human body. When it is above 50V, it is reported to be harmful.
There is no electric shock caused by the battery of the car battery or the batteries of the wireless tools.
The medical device you're talking about would mean an artificial heart pacemaker, etc., and even here, DC 24V power does not harm.
Rather, cell phones or microwaves are known to have a bad influence.
I think people who use special medical devices should live by strict standards on their own.
Not all modern electronic devices are in their favor.
There is a possibility of an electric shock only if we touch two cylinder rods at the same time.
But that's less likely than being electrocuted by deliberately putting two metal skewers in a household electrical outlet.
We use electricity in our homes despite these dangers.
When selling Superman clothes in the U.S,
There is a saying that it should be stated that it cannot fly in the sky.
I think of it as humor,
What is your opinion?
@@Kynosys_ first, you should also take amperage into account when considering possible issues with this electric design. second, consider jurisdiction when selling outside your country, for example I'm pretty sure this wouldn't pass Hungarian inspection as our electric regulations are extremely strict. otherwise it's a great product with a beautiful design, but you don't want it ruined by legalities, trust me!
Love your work…
Thanks for your interest!!!
I’m really enjoying your work bench build I’ve never seen anything like it on CZcams
"You can't see it on CZcams because I just made it." I want to have that level of confidence. Thank you for your kind words.
That is simply incredible, can't wait to see the rest of the build... so many ideas now of things to make.
In the 24 hours of this writing, the rest of the video will be uploaded. Thank you very much for enjoying my video.
Стол очень хорош,,,, но у нас он будет золотой по цене( а так,, конечно круто
ты прав. Когда я делал рабочий стол, мне казалось, что стоимость материала слишком высока. Моя жена тоже была удивлена, когда услышала цены на запчасти. Традиционные столы, которые обычно используются, намного дешевле. Но мне хотелось создать свой, очень уникальный стол. Я чувствовал, что это улучшит мои творческие способности. Даже если это не похоже на мою работу, я надеюсь, что это может стать ссылкой для других. Спасибо!
you're right. When I was making a worktable, I thought the material cost was too high. My wife was also surprised when she heard the prices of the parts. Traditional tables that are commonly used are much cheaper. But I wanted to create my own, very unique table. I felt like that would improve my creativity. Even if it doesn't look like my work, I hope it can be a reference for others. thank you!
J’adore l’établi
Merci pour vos mots. Il s'agit d'une table de travail fonctionnelle. merci!
Thank you for your words. This is a functional worktable. thank you!
Awesome. Great. I love watching your creativity
Thank you very much for your words of praise. Let's go on a trip related to items with me.
Hello, very very very good job ❤❤❤❤❤❤❤.salutations de Suisse 🇨🇭 et à bientôt 😊😊😊
This is how Skynet starts. That’s no workbench it’s a T001!😂
Thanks for your praise always!!!
좋아요를 하나밖에 못드리는게 너무 안타깝네요.
영상 잘 봤습니다.
측면도 정말 기대됩니다.ㅎㅎ
기대하셔도 좋습니다.
언제 저녁 한번 하시지요^^
Happy Holiday!
Thanks !!!!
By the way, did you know that today is the anniversary of Korea's Liberation Day?
Yes@@Kynosys_
splendide réalisation , bravo pour ces idées brillantes .
Merci beaucoup pour votre intérêt et vos éloges. C'est un projet auquel je pensais depuis longtemps. J'espère que ce sera une référence pour beaucoup de gens.
Thank you very much for your interest and praise. This is a project I have been thinking about for a long time. I hope it will be a reference for many people.
Sta venendo benissimo davvero complimenti!!!
Stavo per finire di montare il terzo episodio oggi, ma ci vuole più tempo. Mentre ci pensavo, è un lavoro che sembra essere molto utile. Grazie per aver sempre compreso e apprezzato il mio lavoro.
I was going to finish editing the 3rd episode today, but it's taking more time. While I was thinking about it, it is a work that seems to be very useful. Thank you for always understanding and liking my work.
Moin.
Ich finde deine Arbeit sehr schön bis auf zwei Kleinigkeiten und eine Anmerkung. 1. wenn du schon Presskabelschuhe nimmst warum lötest du sie dann? 2. wenn du schon ein Loch in die Stange bohrst warum nicht gleich ein Gewinde rein schneiden? Anmerkung ich hätte da bedenken was den quetsch Schutz angeht. Wenn du so eine Konstruktion für einen fremden bauen würdest währe das sehr riskant, was du privat baust ist natürlich deine Sache. Hier währe eine Zweihandschaltung oder ein Fußtaster eine sicherere Alternative. Ansonsten finde ich dein Projekt sehr interessant und schön umgesetzt. Mit freundlichen Grüßen aus Deutschland
Thank you very much for your kind words. The answer to your first question seems to be "habit". When I run electrical wires, I prefer to solder rather than pliers. It seems to be more stable. Safety issues are replaced by answers to other people's questions.
I would like to express my deep appreciation for your comments of concern for me. As an inventor and engineer, I will give more consideration to my next work.
The two-hand switch is of course applied to my factory's production line.
I've given it a lot of thought in making this work, five points that you're missing.
The first is "moving speed."
Look carefully at the moving speed of the vice on my worktable.
It is very common to control dangerous instruments at speed during operation. Think about automatic rotation, escalators, etc.
Of course, we add extra sensors to ensure safety, but the basis is speed
There is a risk to all products that move automatically after pressing the button. Not all of them have industrial safety devices. Your concern is that every machine and machine that works automatically has a risk. Of course, it can also be placed under an automatically unfolded bed. But instead of going under the bed while it's automatically unfolding, we usually look at it from a distance and see it unfold.
The second is the location of the vice switch.
I used a special technique to mount the switch on the upper body of the vice without a separate wire. This is the position where the hand is not injured by the vice.
How to use it,
Switch on to raise the vice.
Place the board in the appropriate position.
Press the switch again to lower the vice, securing the board.
Where will my hands be placed in a dangerous place?
Not only me, but all carpenters and DIYs are trained to be safe enough for this level of work.
We use a lot of harder machines, too.
The third is the "frequency of use."
Accidents are always reported in the automatic rotation and escalators mentioned earlier. This happens because the frequency of use is beyond the limits of the system prepared for safety. As the frequency of use increases, the probability of accidents increases rapidly. For example, if the frequency of use increases to infinity, the probability of an accident converges to 100%.
So all the working products are made within the safety zone of the graph.
I don't use my worktable, thousands of times a day.
This means that you can use it once or twice a week and pay enough attention. It also means that it is located within the safety zone of the graph.
The fourth is that I have a warning about the movement.
When operating the air cylinder, the silencer makes a loud sound of air escaping. If you do not need this sound, pull the airline out of the silencer and pull it out of the room.
I didn't do that on purpose.
This sound is loud enough for the air cylinder to pay enough attention when it moves. Unlike the light, this sound is loud enough that I can't hear it in my workshop.
Furthermore, the sound starts before the vice starts working, and then turns off at the end of the vice.
Perfect timing as a warning sound.
The fifth is, have a separate switch at the bottom of the table
I can operate the vise with this switch, and my body is far enough away from the vise.
This is the best safety device to remotely control the vice. These switches are also available for special situations,
In particular, for side vise, the bottom switch next to it has been made available. It's such a strong force that I prepared for an emergency. This comes out in the last third videos, so you might not have seen it yet.
It took three whole weeks to make this work.
It was a pretty tough job.
Nevertheless, I thank you all.
Because it is an opportunity to look back on my work once again,
It is because it is also my pledge to make efforts for more safety in the next works.
Thank you.
Danke für die ausführliche Reflexion ihrer wundervollen Arbeit. 👍🏻🫶
Briliant idea BUT if you are buying in bulk why not leave the cans in the box thy came in , save time loading them into the storage shelves , same with nuts and bolts
You are right. That method is also very good. One problem is that I manage There are too many parts and screws. You will understand when you watch my next uploaded video. I made a drawer that stores 210 different types of screws. thank you!
hi, is it possible to have the plans of the pneumatic assembly please? And the list of components please?
Drawings with numerical values are currently being produced. You will see it in a video soon. Basically, 6 cylinders with a 40 mm diameter and a 200 mm stroke; Two cylinders with a 50 mm diameter and 400 mm stroke were used. 4 x 24V solenoid valves, 1 x 24V adapter, 1 x 4 air block, and nipples. You should be able to get the parts you need from a pneumatic supply store. thank you!
What am i missing? They are vertical. How do they clamp material?
The distance between the cylinder rods used as the posts of the vise is 400mm 500mm. This means that you can hold the material of that size while lowering the vise. It appears several times in the video. thank you
got it @@Kynosys_
Salut Kynosys, vraiment génial , j'ai vraiment aimé cette réalisation, j'ai une question à vouzs posé avec des vérins électrique ça peut ce faire, merci beaucoup pour les deux vidéos, bonne continuation à plus JEAN.
Merci pour vos paroles de louange. Celui que j'ai utilisé est un vérin pneumatique. Si vous avez des questions, veuillez me contacter à tout moment. Réfléchissons-y ensemble. merci!
Thank you for your words of praise. The one I used is a pneumatic cylinder. If you have any questions, please contact me at any time. Let's think about it together. thank you!
@@Kynosys_ Bonjour Kynosys, merci beaucoup de m'avoir repondu assez rapide, oui j'aimerai poser certain question sur la différence sur son fonctionnement et efficacité entre un vérin pneumatique et un vérin électrique, si possible avec un lien de contact , par contre j'essayerai de traduire en Englais à l'aide d'une application parce que moi et l'anglais ça fait deux, je vous souhaite une très bonne journée et dans vos futur projet, à bientot JEAN.
교육쪽으로는 따로 안하시나요? 배움이 정말 많을 것같네요
정통 목공하시는 분들이 보시면, 목공 쪽으로는 거의 초보같을 거에요.
대신에, 전기와 공압 모터등을 섞어서 퓨전 DIY를 하고 있다고 생각합니다.
다른 분야들도 사실 엔지니어 정도는 아니기 때문에, 누구에게 뭔가 알려드린다는건 쉬운일은 아닐거 같습니다.
새로운 아이디어는 고민을 많이 하기 때문에,
그 쪽으로는 약간의 도움을 드릴수는 있습니다
발명을 오래 했거든요.
님도 언젠가 아이디어를 고민하시게 될때,
알려주세요.
함께 고민해 보겠습니다.
좋은 말씀 감사드립니다.
@@Kynosys_ 기술은 정말 수많은 고수 분들이 계시지만 작품에 임하는 태도와 신중함을 배우고 갑니다. 영상 보면서 잘 배워보도록 하겠습니다
You are...................T H E B E S T !!!!!!!!!!!!!!!!!!!!!
Thank you so much. I will prepare a better video. Please look forward to Part 3, the last part of the Worktable. thank you!
Thanks for your kindness!!!
Isn’t this a bit dangerous? What would happen if your fingers got caught in a descending vice when inserting a work piece?
I came here to say this as well. I'm a mechanical engineer working in manufacturing and normally when we build pneumatic clamps we use a two button system so that the operator has to use both hands to hold two switches until the clamp is closed. His system here is a single button latching switch. However, most accidents happen from repetitive operation. When an operator does the same operation over and over again that's when people get careless and accidents happen. I would never allow something like this on our manufacturing floor. However, in a home shop I think the odds of an accident like that is unlikely. all that being said, a good addition to this might be to put an emergency release button on all four side aprons. This way no mater where someone is standing if they manage to catch their hand they could reach a nice big and brightly colored button that would open all clamps. I know he has those very slick push buttons on each clamp but for an emergency button you want something very noticeable that anyone without knowledge of the station can identify as the emergency button.
@@TheDavemarz hi, yes, I agree the chances of accidents are less in the home environment and especially the user having built the bench and being aware of its design limitations. I would also agree that an emergency stop button on each side would be a very good safety improvement. However, I did wince a bit when he demonstrated the force of the clamp bending the plywood and thinking how that could easily sever a finger, particularly as the clamp is recessed.
I can’t really see any other way round this danger particularly given the speed of the rams. If anything got trapped surely it would be too late to go for the kill switch?
However, I do also appreciate it’s easy for us to be critical. It’s not meant to be overly negative as I must admit that I could never build anything this ingenious or elaborate but I just wanted to raise the point to help improve the safety. I love all the Kynosis stuff, this is just something that struck me on this one that’s all.
Dear Paul and Davemarz
I would like to express my deep appreciation for your comments of concern for me. As an inventor and engineer, I will give more consideration to my next work.
The two-hand switch is of course applied to my factory's production line.
I've given it a lot of thought in making this work, and instead I've put in place a different devices. There are five points that you're missing.
The first is "moving speed."
Look carefully at the moving speed of the vice on my worktable.
It is very common to control dangerous instruments at speed during operation. Think about automatic rotation, escalators, etc.
Of course, we add extra sensors to ensure safety, but the basis is speed
There is a risk to all products that move automatically after pressing the button. Not all of them have industrial safety devices. Your concern is that every machine and machine that works automatically has a risk. Of course, it can also be placed under an automatically unfolded bed. But instead of going under the bed while it's automatically unfolding, we usually look at it from a distance and see it unfold.
The second is the location of the vice switch.
I used a special technique to mount the switch on the upper body of the vice without a separate wire. This is the position where the hand is not injured by the vice.
How to use it,
Switch on to raise the vice.
Place the board in the appropriate position.
Press the switch again to lower the vice, securing the board.
Where will my hands be placed in a dangerous place?
Not only me, but all carpenters and DIYs are trained to be safe enough for this level of work.
We use a lot of harder machines, too.
The third is the "frequency of use."
Accidents are always reported in the automatic rotation and escalators mentioned earlier. This happens because the frequency of use is beyond the limits of the system prepared for safety. As the frequency of use increases, the probability of accidents increases rapidly. For example, if the frequency of use increases to infinity, the probability of an accident converges to 100%.
So all the working products are made within the safety zone of the graph.
I don't use my worktable, thousands of times a day.
This means that you can use it once or twice a week and pay enough attention. It also means that it is located within the safety zone of the graph.
The fourth is that I have a warning about the movement.
When operating the air cylinder, the silencer makes a loud sound of air escaping. If you do not need this sound, pull the airline out of the silencer and pull it out of the room.
I didn't do that on purpose.
This sound is loud enough for the air cylinder to pay enough attention when it moves. Unlike the light, this sound is loud enough that I can't hear it in my workshop.
Furthermore, the sound starts before the vice starts working, and then turns off at the end of the vice.
Perfect timing as a warning sound.
The fifth is, have a separate switch at the bottom of the table
I can operate the vise with this switch, and my body is far enough away from the vise.
This is the best safety device to remotely control the vice. These switches are also available for special situations,
In particular, for side vise, the bottom switch next to it has been made available. It's such a strong force that I prepared for an emergency. This comes out in the last third videos, so you might not have seen it yet.
It took three whole weeks to make this work.
It was a pretty tough job.
I think it would be appropriate to include encouraging comments at the beginning or end of your comments for these efforts.
See the beginning and the end of this article.
My videos, they're not commercial films waiting to be viewed by critics.
I think the critic's point of view, which only seeks criticism, is appropriate for the pre-screening preview of commercial films.
Nevertheless, I thank you all.
Because it is an opportunity to look back on my work once again,
It is because it is also my pledge to make efforts for more safety in the next works.
Thank you.
@@Kynosys_ hi Kynosys, thank you for a very detailed and full reply. I understand the system better now and that hands will be well away from the work piece while the vices descends. Please don’t take offence at my question. It is only out of concern and curiosity and not meant to be only criticism. I can see that there has been much thought about the safety of the system now. I do think that a two button system that @Davemarz mentions is a good idea too. I look forward to the next video where I hope to learn more about the bench. I very much enjoy the channel and admire all your content. Keep up the excellent work! Kind regards.
круто ! вот только видео самого готового стола мало совсем
Часть 3 будет загружена в ближайшее время, чтобы увидеть готовую работу. Спасибо.
Part 3 will be uploaded soon to see the finished work. Thank you.