Single Direction Applied Force Locking Mechanism

AI Thread Summary
The discussion centers on finding a locking mechanism that engages with linear force and can be released in the same direction after power is cut from an electromagnet. The original poster has only identified spring-loaded retractable pen mechanisms as a potential solution. Suggestions include exploring clutch bearings and springs, which may be found in commercial copiers, but there is uncertainty about their suitability for the specific application. The mechanism must hold two faces in place and allow for release only in the direction of the initial force applied by the electromagnet. The conversation highlights the complexity of the design and the need for further exploration of existing technologies.
szc
Messages
3
Reaction score
1
Having trouble researching/discovering any locking mechanisms that engage with force in a linear direction and then allow the engagement to be released with force in the same applied direction. I don't know if it has been done, any help/findings would be greatly appreciated. The only technology I have been able to come up with is the spring loaded retractable pen mechanism.
 
Engineering news on Phys.org
szc said:
Having trouble researching/discovering any locking mechanisms that engage with force in a linear direction and then allow the engagement to be released with force in the same applied direction. I don't know if it has been done, any help/findings would be greatly appreciated. The only technology I have been able to come up with is the spring loaded retractable pen mechanism.
I think if you search "clutch bearings" and "clutch springs" you might find what you are looking for. Commercial copiers are one place to find the springs (of a small size) any bearing supplier will have clutch bearings. ( they are kinda pricey though )
 
  • Like
Likes bsheikho
I don't know if that's quite the application I am looking for. I probably should have explained the application a bit more. I am going to have two separate faces one being an electromagnet pulling the other face towards it. The electromagnet will only have the capabilities to apply force in one direction and I need to be able to hold the face in place once the power is cut from the electromagnet. Then once the mechanism needs to be released I can only apply force in the same direction that the electromagnet originally did.
 
  • Like
Likes bsheikho
szc said:
I don't know if that's quite the application I am looking for. I probably should have explained the application a bit more. I am going to have two separate faces one being an electromagnet pulling the other face towards it. The electromagnet will only have the capabilities to apply force in one direction and I need to be able to hold the face in place once the power is cut from the electromagnet. Then once the mechanism needs to be released I can only apply force in the same direction that the electromagnet originally did.
That kinda twisted my brain ( but that's easy to do:wideeyed: ) but I'll think about it a bit, I suspect someone will answer before I figure it out :rolleyes:, just hang tight. :smile:
 
  • Like
Likes szc
Something like a pen?
 
Some cabinet door catches are push to open, push to close.

Pull cord light switches.
 
  • Like
Likes bsheikho
Thread 'Turbocharging carbureted petrol 2 stroke engines'
Hi everyone, online I ve seen some images about 2 stroke carbureted turbo (motorcycle derivation engine). Now.. In the past in this forum some members spoke about turbocharging 2 stroke but not in sufficient detail. The intake and the exhaust are open at the same time and there are no valves like a 4 stroke. But if you search online you can find carbureted 2stroke turbo sled or the Am6 turbo. The question is: Is really possible turbocharge a 2 stroke carburated(NOT EFI)petrol engine and...
I need some assistance with calculating hp requirements for moving a load. - The 4000lb load is resting on ball bearing rails so friction is effectively zero and will be covered by my added power contingencies. Load: 4000lbs Distance to travel: 10 meters. Time to Travel: 7.5 seconds Need to accelerate the load from a stop to a nominal speed then decelerate coming to a stop. My power delivery method will be a gearmotor driving a gear rack. - I suspect the pinion gear to be about 3-4in in...
Back
Top