Gear rack drive for linear reciprocating motion 1
Вставка
- Опубліковано 8 лют 2025
- Input: orange worm.
Output: pink slide to which the rack is attached, performing linear reciprocating motion.
The rack is in merge in turn with the jade and yellow gears of fan shape.
Number of teeth of green and beige gears: 30
For the fan shaped gears (yellow and jade):
Number of teeth (teeth-completed): 26
Number of cut-off teeth: 16
Number of remained teeth: 10
Gear module: 4 mm
Stroke length of the rack: 125.6 mm
Note: head of the end tooth of the fan-shaped gear is cut off. That ensures an easy merging between gears and rack of the selected rotary direction.
A spool winder that uses this drive:
• 3D Printed Spool Winder
STEP files of this video:
www.mediafire....
Inventor files of this video:
www.mediafire....
Genius!!! Thank you for educating us so effectively, as always! =) I really appreciate your work!
As always, thanks for your hard work. And I hope you are doing well.
That's such a simple but clever design, very cool!
Simple, yet elegant!
Wonderful, i have built this mechanism for a butter churner machine. Very simple to use and practical.
Excellent work! Thank you🤝
My pleasure!
Wow this is exactly what i was looking for... thank you so much!
Glad it was helpful!
Very very nice, thank you Thang 🙋🏻♂️
This mechanism makes me laugh. So cool! Thanks Thang!
Thank you for your awesomeness
wonderfully mechanism.Thanks for shares
Este si tiene la misma velocidad en cada punto de su recorrido.
Theoretically, the speed is constant.
The simulation does not provide smooth movement, so the viewer may think the speed is fluctuating.
with all your knowledge i would love to see what kind of kinematic (corexy, cartesian or delta or even delta robot ) 3d printer you could come up with mr Thang
Amazing! Thank you
Glad you liked it!
I think you could get rid of the grey gear and just put it straight on the green one.
Feel free to correct me if I’m wrong, but I don’t think that two worm gears (a.k.a. worm wheels) can mesh against each other to do work. A worm gear is different from a helical gear, although they look like helical gears, and their gear teeth are unique for receiving the “worm’s” threads, but their shape makes them incompatible with other worm gear teeth.
@thang010146 Hello Sir, Plz give the answer..
Can it possible to generate electricity from water wave by reciprocate this rack using a buoy??
that means reverse process of this video..
Man, what physics/modelling program does he use to make all of this work? This is sincerely some impressive stuff!
Autdesk Inventor IIRC by the colors
All videos in this channel are made in Autodesk Inventor, Dynamic Simulation.
It cool because there's no backlash.
But in the moment the first gear is out of engagement that pink linear driving part is floating freely for a moment before the second gear engages. This is play too
Lindo trabalho parabéns
AWESOME!
Hello, I am a mold designer who uses a program called UG/NX living in Korea I am very impressed by your UA-cam video
I want to ask you something
1. Can I get your design as a stp file?
2. Are you currently working?
3.Can we outsource to you?
1. Link to download the STEP files has been added to the video description recently.
2. No. I am a 77 year old retired man.
3. Contact me by email thang010146@gmail.com
đỉnh quá bác ơi
Can u upload pad printing motorized 2 colour machine video?
I haven't made a video about it yet.
how can i mates that components plz is there anyone who can help me? please
This video was made in Autodesk Inventor.
If you use this software please investigate the Inventor files of the video to get the information on how to mate the components.
Link to download the Inventor files is in the video description.
niceeeeeee
Are you able to share the CAD files for this?
Please read the video description before asking.
Sir plz .... All Total video one click download link
Someone told me he did it successfully but I don't know how.
나
First
Where is your etching. They steal more of your work?
Oh. I forgot it.
Thank you for the reminder.
@@thang010146 Your welcome Thang. Thank you for all the years of hard work. You are still number 1.