I bought this book at San Fransisco more than 30 years ago. I assembled it then for myself, and recently one more for my grandson. They worked very fine. When the effective length of the pendulum is precisely adjusted by moving bob, they kept accurate time within one minute a day. ..... Some know-how on assembling the paper clock: 1. Position of axle hole on the Part 67 is wrong. Part 65 is correct. (This was the only one error I found in this book.) 2. Make thin tubes by card-bord, insert them to the center of the gears and anchor. This makes inserting axles much easier. You do not have to search for a small hole from the other side of a gear. (This was always very hard for me.) 3.1 After drying glue, squeeze all the teeth of smaller gears at the center of large gears by a pair of pliers to make them thin. 3.2 Let instant glue sink into all the teeth of gears and anchor to harden them. 3.3 Rub all the teeth of gears and anchor to smoothen their surface. 3.4 Apply candle wax to all the teeth of gears and anchor. 4. Measure distance of centers of engaging pairs of gears, adjust position of holes on Part 4 and Part 10 according to the actual measured gear distance, give small allowance. 5. To connect the power-gear pully and minute-hand-gear pully, use two turns of cotton string ring, instead of a rubber band. With a rubber band, adjusting time by moving minute-hand is a little hard because of elasticity and friction of rubber. Cotton string ring allows pully to slip. Cotton string ring should not be too tight, nor too loose. 6. Put some weight inside the pendulum bob. This makes movement of pendulum steady by increasing kinetic energy when it sways, hard to be affected by air flow. 7. Make minute-hand longer by 1 cm than the plan. This will avoid touching hour-hand while adjusting time by moving the minute-hand. ..... I made another Clock Face. 1. Cut off the inside of the frame. 2. Cut out number figures, put them on the frame. With this face, I enjoy watching the movement of gears from in front of the clock.
I appreciate @imaginemore for sharing the video. When I found it, I felt very happy to know that there is a chance I may join the paper-clock-assembling mate.
Congratulations on completing the clock! I bought the book a very long time ago and got into trouble with the big wheel. It couldn't engage the gears properly and jammed. It's so nice to be able to finally see it work.
@@ihsansendagire5815 Exactly what is shown in the first few frames of the video: “Make your own Working Paper Clock”. I got mine on eBay years ago. I don’t think I can post links here.
Last night I bought a pair of grandfather clock hands on ebay. They're beautiful brass things, and I was vaguely thinking that maybe I could affix them to a new clock. I've spent a lot of time in the last 24 hours searching through dozens of websites trying to figure out how I can buy a clock movement that would fit these old hands to no avail. Watching someone build a fully functional mechanical clock out of paper in the middle of this unending nightmare of web searching feels vaguely as though I am being taunted by forces beyond my comprehension. This was really beautiful work, it looks incredible and the video is wonderful. I'm think I'm going to spontaneously combust.
Additional know-how on assembling the paper clock: 1. Shift the cut-out hole on Part 26 to the left by 13mm, adjust outside cutting pattern accordingly, so that the clock stays perpendicular to the ground. The string hanging the weight is at the left from the center of the clock by half the diameter of Part 42. If the hole of Part 26 is at the center, the bottom of the clock tends to tilt to the right. 2. If some weight is put inside the pendulum bob, glue a few pieces of cardboard to Part 97 under Part 98 to increase friction between pendulum rod Part 94 and Part 98, otherwise bob may slip down by its weight. 3. Make the portion of Part 99 to be glued to Part 97 longer by 2-3 mm. This makes gluing Part 97 and Part 99 easier. 4. Glue the Part 99 a-b first, then Part 100 to Part 99, at last Part 97 to Part 99. If Part 97 is glued to Part 99 before Part 100, it is hard to glue Part 100 to Part 99. 5. Insert and glue hard cardboard in Part 70. Part 70 may a little too soft depending on the cardboard used. 6. Widen the width of the cut-out hole of Part 71, Part 72 and Part 96 to the bottom width of Part 95, Widen the whole width of Part 71 accordingly. This keeps pendulum stabler when Part 72 becomes soft. 7. Widen the rim of Part 43 and Part 44 by 3-5 mm, so that the strings don't come out of the wheel.
Congratulations! I bought the book too but couldn't do the wheels precisely enough and it jammed :-(. Can pls let us know how long the clock ran before the gears wore out? PS: I took the modern-day short cut. Bought a quartz electronic pendulum mechanism ...
Ive tried building this 4 times over the years. Is there a error in the insructions? In the rewind mechanism part. I always have problems there. It like the instructions are backwards for that part.
I did not cut the book pages to make the clock, so that I could keep the book. 1. Disassemble the book to page sheets. 2. Lay one page sheet of the book on a sheet of cardboard, fix them with paperclips. 3. Copy the position of all corners of patterns by penetrating the book page to card board with a sharp needle. 4. Draw patterns on the cardboard following the pinholes. 5. Cut patterns out from cardboard, assemble them to build the paper clock. I am afraid...did I violate the copyright law?
buen día amigo......tu video es excelente........casi diría fenomenal........un mecanismo hecho a besa de carton es muy interesante...........lo que faltaria son las medidas de todas la piezas para seguirte en la elaboration del mismo................se agradece por l video......bye.
98 isn’t difficult. Glued inside the pendulum bob it is bowed outward to hold the bob against the shaft, but not so tightly that it can’t be adjusted up or down for time regulation.
Comprei o livro (book) e estou tentando fazer, mas acho que não vou conseguir, está em ingles e eu só falo português e, bem mal, kkk. Parabéns 👏👏👏 e um abraço! Brazil.
I bought this book at San Fransisco more than 30 years ago.
I assembled it then for myself, and recently one more for my grandson. They
worked very fine.
When the effective length of the pendulum is precisely adjusted by moving bob,
they kept accurate time within one minute a day.
.....
Some know-how on assembling the paper clock:
1. Position of axle hole on the Part 67 is wrong. Part 65 is correct. (This was
the only one error I found in this book.)
2. Make thin tubes by card-bord, insert them to the center of the gears and
anchor. This makes inserting axles much easier. You do not have to search for
a small hole from the other side of a gear. (This was always very hard for
me.)
3.1 After drying glue, squeeze all the teeth of smaller gears at the center of
large gears by a pair of pliers to make them thin.
3.2 Let instant glue sink into all the teeth of gears and anchor to harden them.
3.3 Rub all the teeth of gears and anchor to smoothen their surface.
3.4 Apply candle wax to all the teeth of gears and anchor.
4. Measure distance of centers of engaging pairs of gears, adjust position of
holes on Part 4 and Part 10 according to the actual measured gear distance,
give small allowance.
5. To connect the power-gear pully and minute-hand-gear pully, use two turns of
cotton string ring, instead of a rubber band. With a rubber band, adjusting
time by moving minute-hand is a little hard because of elasticity and
friction of rubber. Cotton string ring allows pully to slip. Cotton string
ring should not be too tight, nor too loose.
6. Put some weight inside the pendulum bob. This makes movement of pendulum
steady by increasing kinetic energy when it sways, hard to be affected by air
flow.
7. Make minute-hand longer by 1 cm than the plan. This will avoid touching
hour-hand while adjusting time by moving the minute-hand.
.....
I made another Clock Face.
1. Cut off the inside of the frame.
2. Cut out number figures, put them on the frame.
With this face, I enjoy watching the movement of gears from in front of the
clock.
Great tips, thank you for sharing!
I began marking this clock from the book at age 10 but never finished it. It's nice to see that you did. Amazing.
I appreciate @imaginemore for sharing the video. When I found it, I felt very happy to
know that there is a chance I may join the paper-clock-assembling mate.
And for his next trick.....he'll make ice outta fire. Seriously! This is awesome. I want one
Thanks for the inspiration. I have this kit, but have never had the courage to complete it. You have inspired me to try!
Congratulations on completing the clock! I bought the book a very long time ago and got into trouble with the big wheel. It couldn't engage the gears properly and jammed. It's so nice to be able to finally see it work.
What is the name of the book
@@ihsansendagire5815 The title is Make Your Own Working Paper Clock by James Smith Rudolph
After having the book for many year I'm finally starting today. Thanks for the video! Studying every frame!
What's the name
@@ihsansendagire5815 Exactly what is shown in the first few frames of the video: “Make your own Working Paper Clock”. I got mine on eBay years ago. I don’t think I can post links here.
@@ihsansendagire5815 In case you haven't found out yet, it's called "Make Your Own Working Paper Clock" by James Smith Randolph.
Last night I bought a pair of grandfather clock hands on ebay. They're beautiful brass things, and I was vaguely thinking that maybe I could affix them to a new clock. I've spent a lot of time in the last 24 hours searching through dozens of websites trying to figure out how I can buy a clock movement that would fit these old hands to no avail.
Watching someone build a fully functional mechanical clock out of paper in the middle of this unending nightmare of web searching feels vaguely as though I am being taunted by forces beyond my comprehension.
This was really beautiful work, it looks incredible and the video is wonderful. I'm think I'm going to spontaneously combust.
Thank you for the kind comment!
Now make a mechanical paper wristwatch.🤣🤣🤣
This is excellent!
broo this is super cool! you gave me a great idea for a project!
What a good idea and what a good project ! ! ! congrats
Amazing! I built one as carefully as I could over a two week period and had NO success. Your building skill is AMAZING! Congrats.
great job! got any other projects/videos in the works?
Good stuff. It's About Time is an event in Division C of Scioly this year, and I bet a lot of people will do this.
That is fabulous
Amazing attention to detail
... _Well Dne_
I wish they had an illustration of the reduction gear, pieces 81 thru 87. I can’t see where 86 and 87 go.
magnificent! do you sell it?
I’ve taken amphetamines before too bro. I know that feeling. Lol And of course, well done! I’m impressed!
Additional know-how on assembling the paper clock:
1. Shift the cut-out hole on Part 26 to the left by 13mm, adjust outside cutting pattern
accordingly, so that the clock stays perpendicular to the ground.
The string hanging the weight is at the left from the center of the clock by half the
diameter of Part 42. If the hole of Part 26 is at the center, the bottom of the clock
tends to tilt to the right.
2. If some weight is put inside the pendulum bob, glue a few pieces of cardboard to Part 97 under Part 98 to increase friction between pendulum rod Part 94 and Part 98, otherwise bob may slip down by its weight.
3. Make the portion of Part 99 to be glued to Part 97 longer by 2-3 mm. This makes
gluing Part 97 and Part 99 easier.
4. Glue the Part 99 a-b first, then Part 100 to Part 99, at last Part 97 to Part 99. If Part 97 is glued to Part 99 before Part 100, it is hard to glue Part 100 to Part 99.
5. Insert and glue hard cardboard in Part 70. Part 70 may a little too soft depending on
the cardboard used.
6. Widen the width of the cut-out hole of Part 71, Part 72 and Part 96 to the bottom
width of Part 95, Widen the whole width of Part 71 accordingly. This keeps pendulum
stabler when Part 72 becomes soft.
7. Widen the rim of Part 43 and Part 44 by 3-5 mm, so that the strings don't come out of
the wheel.
I waited 30 years for this video. What took you so long?
What book did you use to make this ?????
Congratulations! I bought the book too but couldn't do the wheels precisely enough and it jammed :-(. Can pls let us know how long the clock ran before the gears wore out?
PS: I took the modern-day short cut. Bought a quartz electronic pendulum mechanism ...
I don't keep it running continuously, but it's still working!
Ive tried building this 4 times over the years. Is there a error in the insructions? In the rewind mechanism part. I always have problems there. It like the instructions are backwards for that part.
Please make a step-by-step guide on how to do it.
What are the sizes, please detail, please tell me soon, for school assignment, thank you
Good day sir May we know the title and author of the book you use?
Amazing..good job
Amazing. Is it paper or 1mm card?
Neither. The thickness is about 0.3 mm, near as I can measure.
I did not cut the book pages to make the clock, so that I could keep the book.
1. Disassemble the book to page sheets.
2. Lay one page sheet of the book on a sheet of cardboard, fix them with paperclips.
3. Copy the position of all corners of patterns by penetrating the book page to card
board with a sharp needle.
4. Draw patterns on the cardboard following the pinholes.
5. Cut patterns out from cardboard, assemble them to build the paper clock.
I am afraid...did I violate the copyright law?
where can I get a template of this clock?? I really want to make one like this
It's from the book "Make Your Own Working Paper Clock" by James Smith Rudolph
@@imaginemore is there an available template online??
@@vincelianros432 Not that I am aware of, but the book can be found on eBay for not much.
I have now tried this twice and have never been able to get it to work! Very jealous :)
What is keeping the pendulum running?
The weight bro
Is there a lubricant used for the pins and other moving parts, or is it just paper on paper?
No lubricant, but there are some small plastic bushings around the axles
Hello, I also bought that book, but I encountered some problems in the production process. Can you help me?
Glad to hear that you're building one too! What problems are you running into?
@@imaginemore The question is a bit complicated. I can't explain it clearly in the comment area. Can you provide your email?
@@bighead6106 I don't feel comfortable posting my email address here, but if you are comfortable sharing yours I'll reach out to you.
Kkk 2 anos
Awesome
Can you share what book is it
It is “Make Your Own Working Paper Clock” and available on Amazon!
good job
What is the book name. Is it available online?
It is “Make Your Own Working Paper Clock” and available on Amazon!
buen día amigo......tu video es excelente........casi diría fenomenal........un mecanismo hecho a besa de carton es muy interesante...........lo que faltaria son las medidas de todas la piezas para seguirte en la elaboration del mismo................se agradece por l video......bye.
how to assemble the rectangular piece n° 98 that is in that book? because I have not understood yet and it says that it must also be folded but how?
98 isn’t difficult. Glued inside the pendulum bob it is bowed outward to hold the bob against the shaft, but not so tightly that it can’t be adjusted up or down for time regulation.
can you send the link for the templates?
I would like to have those too
👍👍👍👍👍
Hlo can you pls tell how did you made it
It's a book named make your own paper ckock.
Comprei o livro (book) e estou tentando fazer, mas acho que não vou conseguir, está em ingles e eu só falo português e, bem mal, kkk.
Parabéns 👏👏👏 e um abraço!
Brazil.
😢 não consegui😢
Wow...
Hey make sure it does not get water in it
What is the name of the book?
"Make Your Own Working Paper Clock" by James Smith Rudolph
Epic
Is this clock on time？
It keeps time to within a minute or two per hour
@@imaginemore wonderfull,how long it works on time?
@@bighead6106It will run for 5 hours until it'll need to be rewound since it uses a weight to power it
it's super hard to be successful with this kit.
It was definitely a challenge!
I bet you gotta have the patience of Job!
Not BAD😮 3:17
Sir will you please give me the clock drawing or diagram. I also want to make that but I don't have diagram. Please sir help me
Me podrias pasar para imprimirlo y hacerlo ❤
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