Belt drive 4d
Вставка
- Опубліковано 23 бер 2024
- Input: yellow pulley of D1 diameter.
Output: pink pulley of D2 diameter. D1 = 2*D2
So the output speed is twice the input speed.
The input and output shafts are perpendicular to each other.
The orange idler pulleys guide the black round belt between the input and output pulleys and prevent the belt from leaving the pulleys.
Move the blue pulley bracket up to tension the belt. Use the green bolt to clamp the bracket after adjustment.
STEP files of this video:
www.mediafire.com/file/cobx6m...
Inventor files of this video:
www.mediafire.com/file/1s2lqd... - Наука та технологія
The fan belt drive from a Corvair car.
great and unique! i wonder if it will do well in high torque machine like whats the % chance the belt will slip out in this kind of design?
you are the best sir
If you replace the green bolt 0:07 with a force sensor, you get a good functional torque-sensor for the yellow wheel
Hello, I have tried and failed to find an effective way to do create this with toothed belts(not recently). Do you know of a way to find the spacing of everything for this same task with toothed belts?
Toothed belts can not be used for this drive.
the Best
Hi!
I hope you're doing well. I follow your channel and appreciate the excellent content you provide.
I'm currently working on a statics project for my coursework and would greatly appreciate it if you could send me the link to your SolidWorks project. I believe it would be essential and necessary for completing my assignment.
Links to download CAD files of this video have been added to the video description recently.
The SolidWorks files are not available.
Hello, Mr. Thang. You are a teacher to all mechanical engineering people. I really respect and appreciate it. I have a question. I wonder how you design a link or something. I want to make a link to fit the movement I want, but it is often difficult to know how to start. Is there any step-by-step rule when designing a link?
There are two problems to study a mechanism: kinematic analysis and kinematic synthesis.
Kinematic analysis is used to find the range of movement for a given mechanism.
Kinematic synthesis is used to design a mechanism for a desired range of motion.
Your question concerns kinematic synthesis that is a difficult issue.
In general, the calculation is complicated and for most cases impossible.
A practical way is: choose the link that provides similar motion to the desired motion. Then use "Try and Adjust" method for finding the solution.
가르침을 주셔서 감사합니다 선생님. 영어로는 존경심을 글로 나타내기가 어려워 한글로 댓글을 써드립니다. 앞으로도 선생님께 많이 배우겠습니다. 항상 건강하시고 행복하시길 바랍니다.
Thank you for your teaching. It is hard to express my respect in English, so I am writing a comment in Korean. I will continue to learn a lot from you. I hope you are always healthy and happy.
Hello. Can you draw the Schneider Propeller mechanism? This prop is a little hard to understand. :/
Please watch:
ua-cam.com/video/3qH6iRMnVc4/v-deo.html
@@thang010146 Wow. 5 years ago. Congratulations. Your drawing is more understandable, I understood it immediately when I first watched it. The gear lever-like lever on the central axis of the mechanism was not visible in other animations or the drawings were too complex. For this reason, I did not understand how the direction of water flow was changed. Thank you very much for the information, a very useful and understandable animation.
Kind regards.
hello thang010146, ive been watchnig for a while and your designs are very interesting. Ive been wondering, how do you come up with so many different ideas?
My videos are built up based on following sources:
- Textbooks
- The Internet
- Requests from UA-cam viewers
- What I see in practice or I imagine.
Bác có thể mô phỏng cơ cấu của máy gọt hoa quả bằng tay được không ạ?
Tôi không biết cơ cấu đó.
Có hình hay video về nó không?
@@thang010146 ua-cam.com/video/wwNNdBQ2Jy0/v-deo.htmlsi=jMTAvx_ZXn1oFiQt
@@thang010146 Cháu không gửi được link. Bác có thể tra trên youtube Insane Japanese Apple Peeler!. Cái này là máy gọt hoa quả cầm tay bác ạ
@@thang010146 ua-cam.com/video/wwNNdBQ2Jy0/v-deo.htmlsi=hkFYGRNrMEgQkskv
@@TranNam2812
Đã xem và hiểu các chuyển động cần có của máy nhưng cách truyền động thì video không cho thấy rõ.
Có thể thiết kế một máy có chức năng như vậy nhưng với cơ cấu tryền động khác, sợ không tốt bằng nguyên mẫu.
please advised any manufacturing machine innovation below 10k indian rupees please suggest
No idea
Couldn’t you just place the lower two pulleys on a slight inclination outwards and then remove the upper two?
Yes. However, it increases the risk of the belt slipping off the pulley.
Not 10k, but if you allow then surely I can make a 4 seater vehicle in 20k, dough kneader(maida mixer) in 25k, mini tractor in 30k.
Video available on my youtube channel.
Not 10k, but if you allow then surely I can make a 4 seater vehicle in 20k, dough kneader(maida mixer) in 25k, mini tractor in 30k.
Video available on my youtube channel.
I have to his with drive belts...