The solution is excellent. Of course, people who five minutes ago had no idea about it, now know how to improve it and come up with variations that sound good until they have to be implemented. I plan to try this one as well as my limited talent allows me. 拝謝申し上げます！
👍Great idea on clamp. I will work on several tomorrow. First, I will start out using your plan then I will start modifying them to see if I can improve on your design. Thank you for the inspiration.
идея не нова, но в таком исполнении вижу впервые. нет сложной шарнирной, миниатюрной конструкции на неодимовых магнитах, как в быстрых столярных тисках. напильник решает этот вопрос быстро и качественно. респект Мастеру
It was my concern too. Not my area of expertise, asked AI. It says: Summary: Rod: Threaded steel rod, 16 mm in diameter and 1 m in length. Context: The rod is used as a guide in a woodworking clamp. Load: Applied eccentrically at 7 cm from the longitudinal axis of the rod. Deflection Calculation: Applied load (F): 100 kg = 980 N (considering 𝑔≈9.8m/s2 ) Elastic modulus of steel (E): 210 GPa (210 × 10^9 Pa) Moment of inertia (I): Previously calculated as 3.22×10−9 m4 Distance from the point of load application to the nearest support (a): 0.07 m With an eccentric load of 100 kg (980 N), the maximum deflection of the rod is approximately −0.536mm. This value indicates a small downward displacement, suggesting that the steel rod is sufficiently rigid and suitable for handling this load without significant deformation. I'm not sure if i did the right prompts but was impressed on the assertivity.
extremely inventive and useful design. alternatively a 'split' nut could be fabricated by cutting the nut in half and embedding in a wood, hinged housing with a simple locking mechanism. with this method you could use smaller rods and use two for each clamp, for balanced clamping. thanks for the great work and excellent ideas
Great invention! The insert forces the thread side of the nut to engage - very smart! I see the problem: you need to turn the handle many times before it will clamp. If the insert part is not so deep into the moving jaw, you would solve a part of that problem. Just enough to force the thread to engage, maybe 3 or 4 mm might work. 大発明！ インサートは、ナットのねじ側を強制的にかみ合わせます - 非常にスマートです! 私は問題を認識しています: ハンドルをクランプする前に、ハンドルを何度も回す必要があります. 挿入部分が可動顎の奥深くになければ、その問題の一部を解決できます。 ねじ山をかみ合わせるのにちょうど十分で、おそらく 3 または 4 mm で十分です。
I totally agree with your opinion. It is true that shallower inserts are desirable, but in that case it seems necessary to increase the thickness of the wood that sandwiches the work or to make the gap between the bolt and the hole as thin as possible. As the jaws of the clamp tilt when clamping the workpiece. Thank you for watching.
Increíble lo que haces amigo. Te sugiero agregar subtitulo aunque sea en inglés. No todos en México hablamos japonés 😉 Recibe un cordial y fuerte abrazo 🤗
A short tenon is desirable. However, the jaws of the clamp tilt at an angle when clamping the workpiece strongly. Then the thread of the nut may idle. I don't know what tenon length works best. Thank you for watching.
The solution is excellent. Of course, people who five minutes ago had no idea about it, now know how to improve it and come up with variations that sound good until they have to be implemented. I plan to try this one as well as my limited talent allows me. 拝謝申し上げます！
Fantastic concept, would be great if we could get an English's version and plans. Thumbs up. great video.
ナイスアイデア！ これならスムーズに固定できますね。ひとつ気になったのですが可動部分の回転締めのときに留め具も回転するので押さえて・・・とのことですが、可動部分の留め具（固定治具）を台形にすれば回転しにくいと感じました。 それにしてもこの治具を自作できたら幅広板や、板の側面合わせ接着など万能だと感心しましたのでチャレンジして自作してみます・・・ありがとうございます。
Sou do Brasil! apesar de não entender o que foi falado, a didática do vídeo foi excepcional e entendi como se faz esse mecanismo, obrigado!
je ne comprends pas le principe de comment le manche peut coulisser le long de la tige et d'un coup ne plus avencer... 🥴
👍Great idea on clamp. I will work on several tomorrow. First, I will start out using your plan then I will start modifying them to see if I can improve on your design. Thank you for the inspiration.
Great tip on the rocking half nut! Very innovative. Love your attention to detail! Thank You!
Thank you for watching.
идея не нова, но в таком исполнении вижу впервые. нет сложной шарнирной, миниатюрной конструкции на неодимовых магнитах, как в быстрых столярных тисках. напильник решает этот вопрос быстро и качественно. респект Мастеру
Добрый день. Я твой подписчик. Можно ли сделать резьбу сверху ручки, чтоб она закручивала.👋👏👍
Ingenious! Some precision work went into this
They look beautiful but if you use these clamps to their full extent,and put reasonable pressure on them, they will bend .
It was my concern too. Not my area of expertise, asked AI. It says:
Summary:
Rod: Threaded steel rod, 16 mm in diameter and 1 m in length.
Context: The rod is used as a guide in a woodworking clamp.
Load: Applied eccentrically at 7 cm from the longitudinal axis of the rod.
Deflection Calculation:
Applied load (F): 100 kg = 980 N (considering 𝑔≈9.8m/s2 )
Elastic modulus of steel (E): 210 GPa (210 × 10^9 Pa)
Moment of inertia (I): Previously calculated as 3.22×10−9 m4
Distance from the point of load application to the nearest support (a): 0.07 m
With an eccentric load of 100 kg (980 N), the maximum deflection of the rod is approximately −0.536mm.
This value indicates a small downward displacement, suggesting that the steel rod is sufficiently rigid and suitable for handling this load without significant deformation.
I'm not sure if i did the right prompts but was impressed on the assertivity.
Domo arigato. Naraimashta. :)
この形の欲しかったんですが全くいいアイデアが思いつかなかったのでとても勉強になりました。
抑え側の足をハの字にしたら回りは抵抗出来ると思いますよ。
👌👌👌Excelente ideia, simples, eficaz.
Brilliant. Got to be the cheapest and easiest to make clamps I’ve seen.
Well, the filing and angular placement of the nut certainly require quite some skill, don't you agree?
やあ。 私は日本人なので、Google 翻訳はそれほど正確ではないかもしれません。 私は同じ考えを考えていましたが、クイックリリースバイスの場合、クランプでも機能すると思います. ハンドルの後ろにナットも入れますが、反対側にすると、より速く簡単に締めることができます。 このようにして、リリースするスイングが少しあります。 失うものがないようにしてください。 カナダからよろしく。Jimmy
Eu não falo japonês, mas achei essa técnica de meia rosca incrível, vou tentar fazer aqui no Brasil.
Parabéns pelo capricho, vídeo maravilhoso.
se vc conseguiu fazer me fala pq ai não perco tempo tentando
Everything is so great, Keep up the great work. 👍👍
素晴らし～～～～～～～～～～～～～～。 よく思いつきましたね。天才です。
Very nice job!! Thank you!!! Omedetou gozaimass!
😴😴😴😴😴
extremely inventive and useful design. alternatively a 'split' nut could be fabricated by cutting the nut in half and embedding in a wood, hinged housing with a simple locking mechanism. with this method you could use smaller rods and use two for each clamp, for balanced clamping. thanks for the great work and excellent ideas
👍👍👍👍
Brilliant. I didn't understand a word of him, but woodworking is an international language.
🖐
This is genius. Did it get easier to use as the wax on the tenon lubricated the hole it fit into?
Yes, it did. I also waxed the mortise holes.
Thank you for watching.
無料3DCADで削る範囲を確認すると安心です。動画のボール盤でナットを台中心へ固定できれば量産できる気がします。その際はトリマーに使う刃物エンドミルの方がいいかもしれません。
なるほど！年齢的に今から3DCADの操作を覚えるのはハードル高い気がしますが、確かに私のボール盤の台は角度を変えられますし、なぜか先日違う目的でエンドミルも購入してました。これを使えばよかったんですね。
有益なアドバイスありがとうございます。
Bravo bell lavoro eccellente 👍ai🪷😽
Great invention! The insert forces the thread side of the nut to engage - very smart! I see the problem: you need to turn the handle many times before it will clamp. If the insert part is not so deep into the moving jaw, you would solve a part of that problem. Just enough to force the thread to engage, maybe 3 or 4 mm might work.
大発明！ インサートは、ナットのねじ側を強制的にかみ合わせます - 非常にスマートです! 私は問題を認識しています: ハンドルをクランプする前に、ハンドルを何度も回す必要があります. 挿入部分が可動顎の奥深くになければ、その問題の一部を解決できます。 ねじ山をかみ合わせるのにちょうど十分で、おそらく 3 または 4 mm で十分です。
I totally agree with your opinion.
It is true that shallower inserts are desirable, but in that case it seems necessary to increase the thickness of the wood that sandwiches the work or to make the gap between the bolt and the hole as thin as possible. As the jaws of the clamp tilt when clamping the workpiece.
Thank you for watching.
@@fareastwood I see - it is a minor problem with a very clever clamp design!
Čtyři milimetry se ti brzy vymackaj.
Fascinating indeed! Fascinating work, man! 😃
Too bad I don't understand Japanese... 😕
Anyway, stay safe there with your family! 🖖😊
Thank you for always.
I didn't understand a word you said. Your accent threw me off. Anyway, that's a brilliant clamp system. Thanks for sharing.
Aqui e BRASIL ficou muito lindocom requinte de detalhes gratidao
Descreva mais sobre meia rosca deslizante. Não entendi como funciona. Talvez um croqui, me faça entender melhor.
Bom dia parabéns pelo projeto por questões do idioma não entendi o funcionamento do aperto
Nice job, great video, that will save money on clamps. Thank you
great job, very well done, thanks a lot for sharing! Greetings from Germany, Robert
Lindo. Mas não tem um jeito mais simples de fazer? Por hobysta
I didn't know I needed more clamps. Wait, there are never enough clamps. Great video wonderful ideas.
Excellent système qui donne des pressés très efficaces.
Merci pour le partage.
Merci.
Muita CRIATIVADADE...e PRATICIDADE...Parabéns...Gratidão...🙏🙏🙏...Abraços...
こんばんは
ロングクランプが必要になっているので
購入しようと考えていましたが
早速作ってみようと思います。
急いでいるので、クイックリリース構造は
後回しで、やっつけ仕事で作ろう( *´艸｀)
いつもありがとうございます。
自分で作っておいてなんですが、クイックリリース、、、
めっちゃめんどくさいし、ヤスリで削るの大変で手が痛くなるし、実は２回失敗してるし、もうこりごりな感じです。
USTA'BE BELİNİ GETİRDİN YAA
What is the screw in the handle for? :).
✍️✍️✍️✍️👍👍👍👍👏🏼👏🏼👏🏼💯💯💯💯
Brawo!!
Serdecznie dziękuję za wspaniały pomysł na ściski.
Zdrowia i powodzenia życzę.
A great video.Thank you for sharing
サッと移動させられてサッと締められる
実に素晴らしい動作ですね。
Increíble lo que haces amigo.
Te sugiero agregar subtitulo aunque sea en inglés. No todos en México hablamos japonés 😉
Recibe un cordial y fuerte abrazo 🤗
Very clever my treind, very clever👍😊
Thanks ! That gaves me an idea 😊
отличная идея! надо доработать
Лайк, Удачи!
не понял,как ручка идет по резбе
こちらの全ねじは1.5Mほどですか？M16より太くしたかったのですが長いネジはあまり無いようです。
ホームセンターで買った1Mの全ネジボルトです。
M16より太いものをホームセンターでは見たことがありません。
Wonderful idea. What about quick release hand screw clamps as an application of your invention?
I used google translate but I didn't understand your question.
Thank you for watching.
Cool my friend... Cool.
Interesting idea 👍👍👍
💯💯💯💯💯💯👍🤝
Very clever design,
Superb idea sir
Nicely done !
天才かよ
Genial 👏👏👏
天才的発想。
Very good design, could you decrease number of rotations needed to lock the clamp by pressing nut deeper & having a shorter tenon ?
A short tenon is desirable. However, the jaws of the clamp tilt at an angle when clamping the workpiece strongly. Then the thread of the nut may idle. I don't know what tenon length works best.
Thank you for watching.
GREAT!!!
Brasil 👀👍
Beautiful!
Nice build
💯
Pretty clever work!
👍👍👍👍
Хорошая идея 👍
😮 Geniooo!!! 🌳🌳
Идея СУПЕР!
Благодаря, лесна за изработка и много ефективна стяга!
お見事です。
ありがとうございます。
加工が難しいのが難点に思えますが今まで見たロングクランプの中でも機能、作業性、コストの面で最も良いと思える機構です。これを参考にさせて頂いて木の部分を３Dプリンターに置き換えて自作しようと思います。
こんばんは、Veritasのフレームクランプと同じ構造ですね‼️
もっと長く作ると建具の矩出すのに使えるかも🤔🤔
真似させてもらいます。
コメントありがとうございます。
今、オフの店で確認しました。スピードナットですか〜。
こういうものが既に存在してたんですね。
、、、この形状にたどり着くまでの手間と時間を考えるとちょっとショックな情報でした。
ちなみに、長ナットのネジ山を斜めに削る方法と普通のナットを半月状に半分に切断して前後に分ける方法を試しましたが、いろいろ問題があって失敗しました。
Спасибо. Всё понятно.