Your work never sizes to amaze us. This design is just another example of your great designs. Thank you for sharing this design. Not only are your clock designs a great contribution to the growing wooden clock enthusiast, but your documentation and presentations are a teaching too. Its a great pleasure to follow your outstanding contributions.
Congratulations on your designs and workmanship. I must also congratulate you on the clarity of the English Language you speak. Wish more people would enjoy the invisible beauty in this work. I always feel that such a subject should be introduced at schools, for the student would gain a lot out of the engineering side and the ability to learn a language through doing. The word " clock" said in a class will not give the real meaning of a clock, but explaining it asit is done in this video, the students would get more than a noise which baptises that item we call a clock!
Um trabalho de arte, sou aficionado por relógio artesanal, já fiz um de bolinhas e funcionou muito bem. mas se tivesse um projeto como esse, tenho certeza que o faria. Parabéns!!!!
I made this clock on a physics simulator. It works just like this one. The only thing is that the mainspring can only be turned half a turn, so there is an intermediate wheel between the mainspring and the minute hand wheel.
I’ve Noticed You have migrated to a 3D printer. I have a cr10-4 but I give up on this unit it’s never finished a job. What size and type of 3D printer do u use? I’ve several of your dxf plans and my cnc does well. But a 3 d printer would be an additional asset to my hobby.
The clock has a spring to drive it, see the other video for clock 12 showing the spring assembly. Brian Law's Woodenclocks - Clock 12 - Fitting the spring
First time watching you channel, its simply beautiful. I'm a tool & die maker and work with metarl however , how accurate is the time . Wood does change with humidity . Is that why some of the gears are made of plastic. Where can I get plans for this , so when I have time would like to build one probably out of brass . Thx again beautiful work .
How much time can a pendulum like this go before it stops due to friction? I wonder because I've always thought that the pendulum must stop after a while considering that you don't had any energy to it and that there is always friction. thanks :)
+Leafn'Light The pendulum does get an extra kick with each tick-tock of the pallets against the escape wheel. The angled tops of the teeth on the escape wheel lift the escape arm very slightly and this, in turn, is transmitted to the pendulum through the yoke.
The pendulum isn't the power source, it's just the oscillating device for setting the speed of the clock. A weight hanging from a chain/string that is wrapped around a shaft in the geartrain provides the power for some clocks. For this clock it is spring-powered, and requires winding up the spring.
Your work never sizes to amaze us. This design is just another example of your great designs. Thank you for sharing this design. Not only are your clock designs a great contribution to the growing wooden clock enthusiast, but your documentation and presentations are a teaching too. Its a great pleasure to follow your outstanding contributions.
What a delight to find your channel! I will be watching and learning from here on. Thanks a million for sharing. Cheers!
I love this work, it's amazing
Thank you for those kind words, they are appreciated.
Regards
Brian Law.
Amazing, simply amazing. Great job. Michigan, USA
Very nice! I am just starting out on this as a hobby.. thanks for the video.
Very nice. Good job
Congratulations on your designs and workmanship. I must also congratulate you on the clarity of the English Language you speak. Wish more people would enjoy the invisible beauty in this work. I always feel that such a subject should be introduced at schools, for the student would gain a lot out of the engineering side and the ability to learn a language through doing. The word " clock" said in a class will not give the real meaning of a clock, but explaining it asit is done in this video, the students would get more than a noise which baptises that item we call a clock!
Its nice of you to say so, I have more problem making the videos than making the clocks so its nice to know that the effort is appreaciated
Um trabalho de arte, sou aficionado por relógio artesanal, já fiz um de bolinhas e funcionou muito bem. mas se tivesse um projeto como esse, tenho certeza que o faria.
Parabéns!!!!
As always a job well done.
Regards !
I made this clock on a physics simulator. It works just like this one. The only thing is that the mainspring can only be turned half a turn, so there is an intermediate wheel between the mainspring and the minute hand wheel.
Energía libre y no se percatan.
thank you for this video, I like very much. I have made this clock : )
I’ve Noticed You have migrated to a 3D printer. I have a cr10-4 but I give up on this unit it’s never finished a job. What size and type of 3D printer do u use? I’ve several of your dxf plans and my cnc does well. But a 3 d printer would be an additional asset to my hobby.
Most excellent thanks
Is the arbor attached to the constant force mainspring or does the arbor simply sit inside the inner coil of the mainspring?
What is the name of the song?
Nice work! You inspire me! Greetings from Brazil!
hi. i don't understand how this clock starts to tic without any weight attached to it .
The clock has a spring to drive it, see the other video for clock 12 showing the spring assembly.
Brian Law's Woodenclocks - Clock 12 - Fitting the spring
First time watching you channel, its simply beautiful.
I'm a tool & die maker and work with metarl however , how accurate is the time . Wood does change with humidity . Is that why some of the gears are made of plastic. Where can I get plans for this , so when I have time would like to build one probably out of brass . Thx again beautiful work .
Thanks for sharing, one question how do you set the hands to show the proper time when the clock stops and you have to adjust the time. thanks Again.
Just move the hands, they are a friction fit on the shaft.
Brian Law Thank You.
Arte
How much time can a pendulum like this go before it stops due to friction? I wonder because I've always thought that the pendulum must stop after a while considering that you don't had any energy to it and that there is always friction.
thanks :)
+Leafn'Light
The pendulum does get an extra kick with each tick-tock of the pallets against the escape wheel. The angled tops of the teeth on the escape wheel lift the escape arm very slightly and this, in turn, is transmitted to the pendulum through the yoke.
+Brian Law ok I see thanks :)
The pendulum isn't the power source, it's just the oscillating device for setting the speed of the clock. A weight hanging from a chain/string that is wrapped around a shaft in the geartrain provides the power for some clocks. For this clock it is spring-powered, and requires winding up the spring.
Красиво сделано