Wanna draw accurate, TRUE INVOLUTE gear teeth? Let me show you how. Maybe you would like to know how to draw a sprocket too!
I have uploaded to youtube several vids for creating TRUE INVOLUTE internal and external gears with backlash and even sprockets using Autocad. The vid of the GEAR Word Document has the formulas and the gear terms to help with your gear and sprocket designs.
These sketches can then be imported into Inventor, extruded, and created on a 3D prototyping machine!
Wanna draw accurate, TRUE INVOLUTE gear teeth? Let me show you how. Maybe you would like to know how to draw a sprocket too!
I have uploaded to youtube several vids for creating TRUE INVOLUTE internal and external gears with backlash and even sprockets using Autocad. The vid of the GEAR Word Document has the formulas and the gear terms to help with your gear and sprocket designs.
These sketches can then be imported into Inventor, extruded, and created on a 3D prototyping machine!
Watch a friend build a clock awhile back, amazing amount of work goes into them but really cool to see them work. He did have issues with his gears though. All he said was the smoother the roll....the better your clock will work. In the end he generated new gears from Gearotic using his original patterns for sizes, printed off new ones and cut those out using his scrollsaw too. Clock works awesome in his living room and quite an attraction just like your video. Good work.
nevermind about the thickness of the wood. However, could you help me out with the way the weight and the counter-weight string is tied and wound around the (R2).
The string can be attached to the drum (R2) by drilling two <1/16"holes in the surface of the drum, one towards the back and one towards the rear. The string can be divided into two lengths. Insert one end of each string in each hole and secure with a small brad. Wind one string around the drum for the weight. Temporarily tape the loose end to the drum. After assembly remove the tape and attach the loose end to the weight. The weight dropping will unwind its string & wind up the counterweight.
cool man, I understand now. I couldn't comprehend how it worked because I was thinking it was 1 string not 2. feel dumb cause it was that simple. Thanks and nice work.
question? how about the thickness of the plywood, if it says 1/2 in does it need to be a 1/2 in or will the standard size for 1/2 in work (which is 3/8" I believe)
The gear thickness should be according to the plans. 1/2"=1/2". I used baltic birch which is available here in Canada in SAE sizes. You might be able to use the closest metric equivalent.
Yeah, once its all assembled and you have it working, what kind and how much maintainance does it require? Winding? Adjustments? How often do you have to do that sort of thing.
It runs for 30 hours, so you have to wind it everyday (by pulling on the counterweight to raise the large weight).
To adjust the accuracy, the plumb bob needs to either be raised (if clock is running slow) or lowered (if clock is running fast). This is accomplished by turning the knob on the threaded rod on the bottom of the pendulum.
Awesome work Dave...is the clock very accurate? How do you fine tune it? By adjusting the Pendulum nut by degrees every week? Seems nerve-wracking. Its a great looking Clock though.
What incredible detail - like that impatient hand, but more intricate
and what a fascinating hobby! -- Rhonda F from work
Rhonda963 5 months ago in playlist More videos from carvesome
What incredible detail - like that impatient hand, but more intricate
and what a fascinating hobby!
Rhonda963 5 months ago in playlist More videos from carvesome
can someone give a link to the design?
Narutofan1000k 5 months ago
Google "mlt-13 plans clock"
carvesome 5 months ago
TRGOTGORLGEROGROGOR HUUUUUUUUU POOP
xlPuRpLeKuShx 5 months ago
can anyone give me some advice as to how to make such a clock? or any simpler version? thank you so much!!
acinorev627 10 months ago
Wanna draw accurate, TRUE INVOLUTE gear teeth? Let me show you how. Maybe you would like to know how to draw a sprocket too!
I have uploaded to youtube several vids for creating TRUE INVOLUTE internal and external gears with backlash and even sprockets using Autocad. The vid of the GEAR Word Document has the formulas and the gear terms to help with your gear and sprocket designs.
These sketches can then be imported into Inventor, extruded, and created on a 3D prototyping machine!
popnstart 1 year ago
Wanna draw accurate, TRUE INVOLUTE gear teeth? Let me show you how. Maybe you would like to know how to draw a sprocket too!
I have uploaded to youtube several vids for creating TRUE INVOLUTE internal and external gears with backlash and even sprockets using Autocad. The vid of the GEAR Word Document has the formulas and the gear terms to help with your gear and sprocket designs.
These sketches can then be imported into Inventor, extruded, and created on a 3D prototyping machine!
popnstart 1 year ago
Hi, nicely done.
Are all these gears generated from template or were they from Gearotic Motion?
TheDigit100 1 year ago
@TheDigit100
Scrollsawn from patterns.
carvesome 1 year ago
Hi;
Watch a friend build a clock awhile back, amazing amount of work goes into them but really cool to see them work. He did have issues with his gears though. All he said was the smoother the roll....the better your clock will work. In the end he generated new gears from Gearotic using his original patterns for sizes, printed off new ones and cut those out using his scrollsaw too. Clock works awesome in his living room and quite an attraction just like your video. Good work.
TheDigit100 1 year ago
hey nice work! I'm working on one now. In the book its says 5 pounds of lead shot on the materials list. Is that correct, it sounds too heavy
dmolson4333 1 year ago
@dmolson4333
The text of the article states 3 lbs. That's about what I used.
carvesome 1 year ago
This is beautiful!
luker25 1 year ago
how exactly does the wight work. when it hit bottom then what?
clyse88 2 years ago
Then the counterweight is pulled down which lifts the weight so that it can fall all over again. This has to happen once every day.
carvesome 2 years ago
Very nice indeed... It also has a great sound.
c9ari 2 years ago
nevermind about the thickness of the wood. However, could you help me out with the way the weight and the counter-weight string is tied and wound around the (R2).
blankfiller 2 years ago
The string can be attached to the drum (R2) by drilling two <1/16"holes in the surface of the drum, one towards the back and one towards the rear. The string can be divided into two lengths. Insert one end of each string in each hole and secure with a small brad. Wind one string around the drum for the weight. Temporarily tape the loose end to the drum. After assembly remove the tape and attach the loose end to the weight. The weight dropping will unwind its string & wind up the counterweight.
carvesome 2 years ago
cool man, I understand now. I couldn't comprehend how it worked because I was thinking it was 1 string not 2. feel dumb cause it was that simple. Thanks and nice work.
blankfiller 2 years ago
question? how about the thickness of the plywood, if it says 1/2 in does it need to be a 1/2 in or will the standard size for 1/2 in work (which is 3/8" I believe)
blankfiller 2 years ago
The gear thickness should be according to the plans. 1/2"=1/2". I used baltic birch which is available here in Canada in SAE sizes. You might be able to use the closest metric equivalent.
carvesome 2 years ago
@carvesome canada ftw
Kromius99 1 year ago
good craftsmanship! well made!
dundermiflinpaper 2 years ago
i'm so jealous! is there anything more satisfying than the dulcet tones of smooth working clock? "tick-tock" is nature's applause.
KEvron
KEvronius 2 years ago
Very nice piece of work, but I matched it up with the time-code clock on youtube and it's a little slow.. As you probably know :P
Surfurplex 2 years ago
Not any more. It's dead accurate twice a day.
carvesome 2 years ago
Haha! Still very well done...trying to imagine the jigs to set up to make those gears
canubelieve 2 years ago
You should do it in time lapse ... oh wait.
watzupdawg 2 years ago
Yeah, once its all assembled and you have it working, what kind and how much maintainance does it require? Winding? Adjustments? How often do you have to do that sort of thing.
tonysandrin 2 years ago
It runs for 30 hours, so you have to wind it everyday (by pulling on the counterweight to raise the large weight).
To adjust the accuracy, the plumb bob needs to either be raised (if clock is running slow) or lowered (if clock is running fast). This is accomplished by turning the knob on the threaded rod on the bottom of the pendulum.
carvesome 2 years ago
wow very pretty wooden clock,,,
be carefully,,,
few termites will love to eat it
bestamerica 3 years ago
Awesome work Dave...is the clock very accurate? How do you fine tune it? By adjusting the Pendulum nut by degrees every week? Seems nerve-wracking. Its a great looking Clock though.
greeneyedsteamengine 3 years ago
I liked making this clock too, it was my first clock that I made. I did lose a little hair with this clock, but it's grown back now.
jointheclubsmellypan 3 years ago
Really nice job on the clock I have ordered the back issue of that mag to get the plans. Thanks for sharing
Steelwheel1999
stubob9 3 years ago
Very well done. I particularly like that it has a 'seconds' hand as well as the minute and hour hands.
Congratulations
adrianiredale 3 years ago
No real problems. A bit finicky to set the right orientation of the lever joining the escapement to the pendulum.
carvesome 3 years ago
It's a little slow. :O
boonce88 3 years ago