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Linear ratchet mechanism 3 

thang010146
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Blue slider can be positioned at various positions during the ascent
thanks to yellow pawl, red tension spring and the gravity.
Thanks to the interaction between the green pin and the white runway:
- At the highest position of the blue slider, the pawl is separated from the pink rack.
- At the lowest position of the blue slider, the pawl is brought into contact with the rack.
The spring generates a counterclockwise torque to the pawl when the slider goes up.
The spring generates a clockwise torque to the pawl when the slider goes down.
To get higher position of the slider: raise it to the desired position.
To get lower position of the slider: move it as high as possible, then move it down as
low as possible and raise it to the desired position.
STEP files of this video:
www.mediafire....
Inventor files of this video:
www.mediafire....

Опубликовано:

 

29 авг 2024

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Комментарии : 27   
@RunnerPack
@RunnerPack 2 года назад
Brilliant use of the bistable mechanism!
@MushookieMan
@MushookieMan 2 года назад
I was confused until I realized it is bistable.
@edeaglehouse2221
@edeaglehouse2221 6 месяцев назад
Clever application of an over-center spring.
@theslawek
@theslawek 2 года назад
Thank you for sharing your creativity. I often get "stuck" when I'm designing something new and your contributions are just what I need to reignite the spark.
@datikon7843
@datikon7843 Год назад
Dear Mr. Nguyen Duc Thang - You are a wonderful person and a true professional! Thank you very much for a very helpful video!
@thang010146
@thang010146 Год назад
Thanks for your comment. It encourages me a lot.
@minercraftal
@minercraftal 2 года назад
This looks as simple as it can get
@Ashnek34
@Ashnek34 2 года назад
Very simple, great work.
@sparrobbit
@sparrobbit 2 месяца назад
Thank you Thank you!!!!!!!!
@thang010146
@thang010146 2 месяца назад
Happy to help!
@Dedek-cx4kn
@Dedek-cx4kn Год назад
Meet this this drsign with my project. Thank you and hope you will make thousand more design.
@jsihavealotofplaylists
@jsihavealotofplaylists 2 года назад
amazing thing thang!
@amani576
@amani576 2 года назад
This is the exact method that safety locks on 2-post automotive lifts use.
@user-jl7wj7ej5b
@user-jl7wj7ej5b Год назад
I enjoyed the video. That's a great feature. I have a question for you. I wonder how the spring creates a counter-clockwise torque on the pole when the slider is raised. Conversely, I am also curious about how a clockwise torque is generated on the pole when the slider is lowered. The spring simply has tension, but is the direction of the torque determined by the posture of the pole?
@thang010146
@thang010146 Год назад
Pay your attention to relative positions between the longitudinal axis of the spring and rotary center of the yellow pawl. When the pawl gets the highest position, the axis moves from the right side of the pawl rotary center to the left, thus generating a clockwise torque. When the pawl gets the lowest position, the axis moves from the left side of the pawl rotary center to the right, thus generating a counterclockwise torque.
@alkimefe160
@alkimefe160 2 года назад
great video sir. a masterpiece. my only comment would be "lower blue pin is a little confusing since it is looking like interacting with spring -but it is not. may i ask which software do you use to create theese models sir?
@thang010146
@thang010146 2 года назад
All videos in this channel are made in Autodesk Inventor, Dynamic Simulation.
@glowytheglowbug
@glowytheglowbug Год назад
very cool!
@Greentangle
@Greentangle 2 года назад
two stable position for the spring
@fatalfat5617
@fatalfat5617 Год назад
Great work, stp. file is available?
@thang010146
@thang010146 Год назад
Link to download the STEP files has been added to the video description recently.
@moazzamali8452
@moazzamali8452 Год назад
Church
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