Making a Mount for LCD Monitor - Up, Down, Left, Right, Far & Close

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Discussion Overview

The discussion revolves around designing a mount for an LCD monitor that allows for movement in multiple directions: up, down, left, right, and varying distances. Participants explore different mechanisms, particularly focusing on the use of springs and gas springs, while considering ease of implementation and functionality.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses a desire to create a monitor mount that can move in multiple directions, questioning how to prevent it from falling due to gravity when adjusted vertically.
  • Another participant suggests using gas springs, which can support the weight of the monitor while allowing for adjustable positioning.
  • Some participants propose using springs as a simpler alternative, questioning how they would be connected and function in the design.
  • A participant considers repurposing gas springs from used office chairs but raises concerns about their strength and how to adjust it.
  • Another participant describes a potential design using a rotational spring with an adjustment screw to modify the preload for different monitor weights.
  • One participant suggests looking for an anglepoise lamp as a base for the monitor mount, arguing it may save time compared to building a custom solution.
  • There is a discussion about the differences between gas springs and longitudinal tension springs, with some participants advocating for the latter as a simpler solution to counteract gravity.

Areas of Agreement / Disagreement

Participants express a variety of opinions on the best approach to creating the mount, with no consensus on whether gas springs or tension springs are preferable. The discussion remains unresolved regarding the optimal design and mechanism for the mount.

Contextual Notes

Participants mention various types of springs and their applications, but there are uncertainties about the specific mechanisms and their effectiveness in this context. The discussion includes considerations of strength and ease of use, which may depend on the specific components chosen.

wajed
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Hi,

I would like to make a mount for my LCD monitor, since there aren't any mounts here.

I want the mount to go up and down, left and right, far and close.

This one: https://www.amazon.com/gp/product/B000ID7QNI/?tag=pfamazon01-20 is easy to make, since gravity has nothing to do with it.

But if I want to make a similar one that also goes up and down, I won't be able to simply copy the way it moves left and right, because gravity will make the face of the monitor go all the way toward the ground. So, what can I do? How can I make it stop where I want it to stop?

You can see the monitor is easily moving up and down in this video: (00:20 to 00:25)EDIT: someone suggested using springs, but I have no idea how that would happen! can you explain please?
 
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In the video they say they use gas springs, which herehttp://www.guden.com/control-GS5-dup.aspx" , they are basically a gas shock which supports the weight of the monitor, while allowing the arm to be extended to different lengths during repositioning.
 
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The whole point is that I want to make what holds the monitor.

Even if I read a lot on how to make one, it will probably be not easy to implement. I will leave this as a last option.

There is a way that seems to be simple and easy to implement. Using springs.

Please see here: (3:15-3:20)

You will see springs used, but I don't know how these springs will exactly work, how they will be connected, etc.

AFAIK, there are many ways to using springs in holding things, but I'm asking about what appears in that video.
 
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A good idea has come to my mind. I can find used office chairs (which have adjustable heights) and take the gas spring used (I think they are gas springs, whatever they are they do the job.)

The question is, they are very strong! It will be hard for me to pull them down (compress them,) so is there a way to lower their strength? (maybe lowering the amount of gas will do it. But how?)
 
wajed said:
The whole point is that I want to make what holds the monitor.

Even if I read a lot on how to make one, it will probably be not easy to implement. I will leave this as a last option.

There is a way that seems to be simple and easy to implement. Using springs.

Please see here: (3:15-3:20)

You will see springs used, but I don't know how these springs will exactly work, how they will be connected, etc.

AFAIK, there are many ways to using springs in holding things, but I'm asking about what appears in that video.


It looks to me like they use just a simple rotational spring, where one end is hooked to a stationary point and the other end has the load attatched to it. It also looks like they have an adjustment screw to adjust the preload of the spring for heavier or lighter monitors. You could go down to a store that sells those adjustable lights for desks and see how they work. It would be simple to just use a bolt at the joint then you could tighten or loosen it to adjust its holding power, however it wouldn't be as easy to move the monitor around, since the bolt would put the same force on the arm at all times.

A good idea has come to my mind. I can find used office chairs (which have adjustable heights) and take the gas spring used (I think they are gas springs, whatever they are they do the job.)

The question is, they are very strong! It will be hard for me to pull them down (compress them,) so is there a way to lower their strength? (maybe lowering the amount of gas will do it. But how?)

If you wanted to use an oversized gas spring, you would just have to build your mount so that it had a mechanical disadvantage where the spring attaches, so that the monitor would put more weight on the spring, than it actually is. I would think the ones out of a chair would be way too oversized though, you might could just go to an autoparts store and buy a gas spring that holds the rear glass up on a small hatchback, which should be a lot closer to the proper size. They are not too expensive, and if you wanted to save even more just go to a junkyard and pull one off a wrecked car.
 
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The problem is not that I want something cheap, well, I do, but it's not my primary goal. It's just that there probably aren't any places that sell gas springs as products. I'll go make a search today and see what rotational springs and gas springs are available, and there ain't any I'll look for used office chairs and see how I'd make them more gentle.

Thank you very much.
 
Why not just get a larger suitable anglepoise lamp and replace the lamp with a monitor bracket. I wouldn't even consider messing about with gas struts and so forth, time is also money. =)
 
I could be wrong, but I vaguely thought a gas spring is usually used for pushing things open, and often has a built-in damper, to prevent a door from slamming open (?). wajed does not need that function in this application. (Of course, there can be different kinds. But I am referring to a common type.)

Therefore, why would wajed need a gas spring, instead of just a plain longitudinal tension spring? Also, I thought office chairs had a spring-loaded, hydraulic cylinder, just so the chair would have a solid support at any (varying) height (?). Or is this only in older chairs? Have they now switched to gas springs, to prevent slippery oil leaks?

For the computer monitor mount, why not use a plain longitudinal tension spring? You only want to approximately counteract gravity.
 
nvn said:
For the computer monitor mount, why not use a plain longitudinal tension spring? You only want to approximately counteract gravity.

Agreed, an anglepoise type stand with friction washers and springs, simple is beautiful. =) Its not like monitors are heavy these days.
 

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