wooden combination lock
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- čas přidán 1. 11. 2015
- My hobby website: marconidi.altervista.org/index...
Unlike other wooden combination lock you can find on youtube, this model uses only the input disc to lock/unlock the mechanism, without additional lever that should be moved once the combination is set. This is exactly the mechanism you can find in a safe. In the same way, it's not possible to unlock the mechanism if you don't know the combination!
I developed the original scheme found on internet with 3D Sketchup. The result is converted into code for my homemade cnc machine.
Free drawings for the project are available at:
3dwarehouse.sketchup.com/mode...
Sketchup animation:
• wooden combination loc... - Věda a technologie
![Eminem - Houdini [Official Music Video]](http://i.ytimg.com/vi/22tVWwmTie8/mqdefault.jpg)
I love the mechanism that retracts the bolt without even having to move a lever after dialing the combination.All you need to do is:
-Turn the dial clockwise 4 revolution,and then stop on the first digit.
-Turn the dial two times counterclockwise and stop at the second digit.
-Turn the dial one full turn and stop at the third digit.
-Turn the dial clockwise until it stuck to retract the bolt.
Yes the mechanism
FINALLY, a video I actually want to see about combination locks, I have a safe that has a combination lock like the one you showed, where there are no handles, so I was. Just curious of how they made these and how these work, thanks much love
Hi, it's the same for me, I was curious to know how the combination work and understand if is possible to unlock the mechanism only by earing the noise during the wheel rotation. The answer is: it's not possible because the lever touch the wheels only for a small angle during the rotation so you can't detect the hole position in the three wheels!!! The only solution is to spend a lot of time trying thousand and thousand of combinations!
Cool lock! I love the idea of the combination opening the bolt without needing to move a lever. I also love what you did with the dial, it kinda reminds me of an old fashioned telephone! Great craftsmanship!
+Ethan MacLeod Thank you! This mechanism is exactly what you find in a safe. If you notice in the video, the lever touch the combination disks only within a small angle of rotation. The other mechanisms that use the manual lever are unsafe for the following reason: if during the rotation of the input disk you give a slight pressure on the lever, you can easily feel and find the holes in each disks and discover the secret combination! This is not possible if you use only the combination disk as input...
+Marco Nidi
Very well done! I never thought of the lever causing any problems, but there you go!
Ethan MacLeod
Yes?
Marco Nidi you put false gates
This is gorgeous, Marco! As soon as I've finished building my garage, I'm going to use this design, in acrylic and aluminium, to lock the back door. Thanks for sharing it!
I'm happy to share an idea with other people and I hope that everyone can improve my drawing! :)
¡FELICITACIONES MARCO NIDI! --- Esto es de mi gran atención.
Thank you Marco - appreciate the help.
Marco this is awesome! Do you happen to have plans in pdf format? I'd like to try to make this by hand (instead of inputting the code into a CNC).
I love your kinda classic generation..👍🏻👍🏻👌🏻👌🏻 Wish to learn how u made
Beautiful workmanship !
Thank's !
dude You are from a total diferent planet than mine. incredible, respect
Kahan Dr milega
This is the best design of all the combo locks I've seen. I'm going to try to make one off the pictures as my computer won't open your download files. Wish me luck.
I hope you can achieve the goal :) How can I help you?
Let me give it a try from the pictures and when I hit a wall I'll ask you what to do. My only quick question without having started the project is it looks like there are two different size metal rods. Is it just one rod shown from two sides?
Yes it's correct. There is an aluminum rod with diameter 3 mm. which is inserted inside an aluminum tube with internal diameter of 3 mm and outer diameter 6 mm.
The internal aluminium rod is connected from one side to the input combination disk and from the other side to the smallest disk. When you rotate the input combination disk you also rotate the smallest disk. The others three discs are free to rotate independently of each other around the aluminum tube with a diameter of 6 mm.
The movement is transmitted from one disk to another through the pins positioned on the disks. The position of these pins on each disk is the numerical combination. I hope I was clear in my explanation.
Very clear in your explanation! That indeed is something I would have needed to know. Thank you very much for your fast response. Everything else looks pretty straight forward at this point, the building will tell the story. Getting the smaller wheel, hook lever and hook stop to size may take a few tries, but it is very visible in your video. Thanks again.
I m born in digital generation BT I love your kinda classic generation..👍🏻👍🏻👌🏻👌🏻 Wish to learn how u made
Combination locks are very fascinating
sehr schön gemacht - und gezeigt!
incredible work.
Bravo, fantastique !
so cool!
Where can i have a plans??
Excelente.Muchas gracias
Coolest thing ever!
Thank you !
very smart, I love it
amazing! ; how i can do it ,?
Neat idea and clearly demonstrated. I read your answer to Mr. Docken below regarding the shaft and bushings and understand how each wheel spins freely, and how the combination can be changed. What I am having difficulty understanding is how each wheel stays in place once you dial in its combination. Are the bushings simply a snug fit or is there another explanation? Also, what is the logic behind 12 holes in the combination wheels and 7 holes in the pawl wheel? Are these simply arbitrary or is there another reason, such as 12 holes correspond to 60 minutes of arc like the hours on a clock face? Will any other number of holes work? Say 10 & 5?
Hi Frank, first of all the the holes in the pawl wheel. They are completely arbitrary, I wanted only to have the chance to set the combination and any other number of holes will work! Concerning how the wheel stays in place, the reason is simply that they are separated from each others by a small wood disk. There are 4 of these discs that are locked on the aluminium tube with outer diameter 6 mm. Each wheel is completely free to move around this tube. When you dial the combination you don't move this tube, but the 3 mm. rod that is inside and connected to the smallest disc! I hope my description and my english are enough comprehensible for you....
similar to that of a school locker, except the locking pin (the output) is spring loaded, and it is self-clearing
You said " This is exactly the mechanism you can find in a safe. In the same way, it's not possible to unlock the mechanism if you don't know the combination!" Partial true, it is a very good copy of a safe lock, but safe locks are very easily manipulated. Depending on the manufacture and how well it is built. Slop equals the ability to manipulate. Even better safes keep the fence from contacting the wheel making it so it can not be read. But I really like your work.
yes, I'm not a thief but I think there are algorithms that allow you to drastically reduce the number of attempts to guess the combination ... I'm glad you like my job, thank you!
the advantage of this mechanism is that this doesnot give a click sound on correct number. very well designed
yes, of course, this is why the mechanism is difficult to unlock... Thank's!
Brilliant!
you are ..................damn genius........great work man
ooooo eres increible amigo saludos desde ecuador que dios te bendiga
When is the website coming up?
how do you made it .very nice .
Very cool!
Great. What kind of plywood are the drawings for? Thickness? Thanks.
Nice! Is there a place like thingiverse for cnc ?
zbardast
زبردست
Це дуже важливо та цікаво, дякую вам за працю, хай щастить
where is the sketch and dimensions please of every part ?! is there any 3d software model?
Yes of course, see the link to the 3d Sketchup that is in the notes under the video...
Mind = Blown
Now i know how safes work.
excellent !
Beautiful
excelente !
Thanks at you design
This is very cool...
Thank you very much !
Now we know !
how i can made it
Excellent job
Interesting and very well crafted. At first I thought you could probably guess a number of the combo by the sound, but now I don't think so.
in fact, it is not possible to guess the combination by listening to the noise during the rotation of the disks ... this is exactly what happens in a real safe!
How to make?
Muito legal 👍🏻
DWG?
great system
stupendo!
What is that dark spot on the locking arm? a metal weight of sorts maybe?
yes, it's made of lead and the main purpose is to set down the lever...
Very cool
show!
vc não tem o pdf desse projeto disponível?
os arquivos skp não abre meu PC.
Hi friend, yes I can send you a pdf file. Please give me your mail address...
Gmail: geovanedhenithon@gmail.com
desde já muito Obrigado!
just amazing
Thank you !!
Parabéns e de mais
Is it somehow possible to change the combination in it?
yes, of course. You must remove the pins from the wheels and change them the position in the others free holes. You can see from the video that the smallest wheel has 7 holes, the others three wheels have 12 holes. You can choose where to set the pin position...
Very cool.
Wery nice thank you
Bravo.Belle étude de mouvement
merci beaucoup!
thank for your to sharing knowledge!
Thank you, happy new year!
@@marconidi3128 с новым годом дружище! 😉
Excellent
Great
nice
love it
i put like and abonne on your channel. keep making good stuf.
Superb talent
too cool
it's genial, I love it
Thank you!
So cool. I don't know what it is or what I'd do with it.... but now I have to make one.
Wow! so if you make one I'm sure you will understand what it is for ! good luck
ASMR sounds !!!
nice interface
What makes the three large wheels desync when clearing it out?
558 / 5000
Risultati della traduzione
Hi, I hope to understand your question well ...
The three combination discs are free to rotate around their own axis and at first you have to "reset" the mechanism before starting to enter the numbers of the combination. Turning the number disc to the left at least three times ensures that all three internal discs are engaged. The coupling between one disk and another occurs when during the rotation of a disk the small pin, that is between one disk and another, meets and drags the next disk ...
I hope I have satisfied you!
@@marconidi3128 oh, they rotate freely. Thank you!
Brilliant
Thank you!
I like it
Nice info....
Seria increible
I've found great handbook on woodprix website. Good solutions for everyone I think
Search “woodprix is a scam” and you will learn about how the site resells other creator’s content without permission or recognition of original source. Don’t buy from woodprix.
@@remlya I have already bought it and I can say one thing. These plans are simply fantastic and I know now that in the future they will help me a lot in my passion and my work. Best wishes
Nice
wow
extremely clever I love the only control is the input disc
any chance of a pdf to help me have a go at making it myself
WELL DONE
Hi, you can download some pdf files at my website:
www.marconidi.altervista.org/
Enter into "combination lock" page and at the end you can see some links to the files.... enjoy!
I need the blueprint,
& details of every single part.
diameter,pin size, part length, part size, everything!
Great .
Thank's !
Mua ở đâu đây
Do you need 3 freewheel mechanisms for the 3 discs?
First of all I hope to really understand your question: if you ask me if is absolutely necessary to use three discs the answer is no. You can also make a combination lock with only two discs but then the number combination is reduced to only two numbers and is more easy to find... Normally in a safe lock are used three discs..
@@marconidi3128 thanks - my question was about whether every disc does have a freewheel mechanism of some kind, relative to the shaft
@@DavidG2P the rotating shaft is not direct connected to the three discs but is inserted into a metal pipe. This pipe doesn't rotate an is solid with the box. The three discs are free to rotate around this pipe but every disc is separated to each other with a spacer, locked to the pipe. The movement from a disc to another is transmitted only by the small pin. Is it easy to understand? I hope yes...
Marco.
@@marconidi3128 Ah I see now that the 3 discs are driven by small wooden pins, by the locker disc. Ingenious design!
Гениально и в тоже время всё очень просто!
Thank you !
Yo that cat is giving you the look...
Теперь надо делать деревянный сейф)))
smart
Супер кодовый замок получился.
Действительно
bohot achha hy
Very Nice, is ist possible to get a dxf file?
Hi, the project is available in Sketchup file at the following link:
3dwarehouse.sketchup.com/model/u0f1f8af5-7ed4-47e9-92ff-dcc93cad434d/Wooden-combination-lock
I don't have the dxf file but it's easy to convert...
Marco.
géniale wouuuaah ces quoi les plants ?
Ай красава! Молодец!!!
Но "чьёрт побьери"
8:27
откуда он знает, что ему (колесу) надо остановиться
на 11, 31, 89 ?!?
Расскажите пожалуйста, как?!?
Лайк за руки, что растут от правильного места!
У нас оторвут эту крутилку, а не будут пытаться подобрать код :)
Замок для сейфа ?
i want to know this how to do it
Hi, it's easy if you follow the drawings at 3dwarehouse indicated in the link under the video... but if you don't have a CNC machine you should cut the wood components by hand with a very good precision... Marco.
Wowwwwww
Good
People in middle age would be proud of you, but it's a nice wood artwork and awesome precision. Nexttime a Wooden Fingerprintsensor would be futuristic. 🤪