180 deg. concealed hinge 2
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- Опубликовано: 26 окт 2024
- This 6 bar mechanism enables the hinge to rotate 180 deg..
It contains 5 movable links, 5 revolution joints and 2 prismatic joints.
At close position the hinge is not seen from outside.
It is used for cabinet doors.
STEP files of this video:
www.mediafire.c...
Inventor files of this video:
www.mediafire.c...
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Amazing! Thank you for sharing the CAD models
I like you for 5 years
Perfect work !!!
Thank you. Great project. Quick question: are the small gaps between the wall and the door necessary? Coul it be flush when closed?
The gaps can be adjusted by repositioning the green parts.
@@thang010146 thank you. I will try. Also, another question, could I proportionally increase dimensions to make a heavy duty version of this hinge? Would you recommend using bearings? I noticed that different from SOSS hinges for example you have gaps between the arms, whereas in SOSS for example they are tightly close to each other. Any special reason for that? Thank you again.
Sorry, I only made the animation of the hinge.
I don't have much experience to answer your questions.
@@thang010146 great. Thank you. I adjusted some dimensions and added some bronze elements that will make the hinge stronger and work more smoothly. I do t know how to animate, so ai am not sure I didn’t cause any interference in the movements with the modifications. I can send you the new STEP file if you want to try to animate and check if movement is still good (no interference). If it is still good you will have an improved extra strong version to post.
Please let me know if there is a way I can send you the new STEP file.
Very good idea.
wow great
Hello, your videos are very high quality as far as mechanisms go. Do you have an email? I have a question about a pen-like object I'm trying to make and I'm looking for a mechanism to do it.
Whow man superb
Genius. 👍😎
Thầy ơi e xin mạo mụi hỏi thầy là chi tiết phe cài cố định bánh răng với trục ( Bearing Snap Ring ) có trong thư viện contents của inventor không thầy hay là mình phải vẽ ra ạ !
Tôi không biết vìchưa bao giờ dùng thư viện của Inventor.
thang010146 dạ em cảm ơn thầy , chúc thầy nhiều sức khỏe !
hello sir. Do you make this videos from actual designs or you design it your self? do you live from it or just hobby?
It's a commercial product:
www.tectushinges.com/media/images/TE640/images/TE_640_3D_Block.gif
Would be comparatively a very expensive hinge to machine into production.
It's a commercial product:
www.tectushinges.com/media/images/TE640/images/TE_640_3D_Block.gif
The four linkages can be stampings. The axles are straightforward lathe jobs. The ways for prismatic joints might require milling. So, not dirt-cheap. But not necessarily expensive either. (Depending on tolerances, of course, as with everything.)
@@NickAlexeev As it turns out, I am trying to design a hinge for a custom car that must function in movement exactly as this one does. Tolerances would have to be close to avoid door sag. A one-off production run at a local machine shop for four of these would most likely be in the four figures, dollars wise.
願版主一生平安
Thank you. The same to you.
Can you please upload a tutorial for this
Sorry I can not. Doing a tutorial takes a lot of time.
It has not only rotating joint but slider also. Still not perfect IMHO.
Qual aplicativo usado para criar esses vídeos???
It's Autodesk Inventor.
@@thang010146 obrigado por responder...
Mas esse mesmo App serve para fazer animação de projetos hidráulicos(encanação de águas)????
As I know Autodesk Inventor is mainly for mechanical design.
See:
en.wikipedia.org/wiki/Autodesk_Inventor
Great. A Vietnamese people.
Cháu chào bác! bác có thể chia sẻ cách tính toán khớp bản lề này được không ạ?
Sorry, I did not make the calculation for this mechanism.
It was built based on "Try and Adjust" method.
Use CAD files of this video to gat the mechanism dimensions.
Links to download the CAD files have been added to the video description recently.
@@thang010146 Thank you very much!
👍👍👍👍
🌸🌸🌸👍🏼