wow, this is amaxing and different to the scossor lifts you usually see deisgned that slide to one side instead of staying central. Any chance of getting the drawings for this to have a closer look? :)
Isn't the screw mounted in reverse? The nut shoud be on the opposite side of the handle, otherwise what would be the purpose of the extension brackets on the opposite side?
I guess those brackets are only there to save screw length, as the useful screw travel required for full extension is rather short. The section of a full-length screw, equivalent to the length of the brackets, would never be used anyway. But other than that, for very practical reasons I agree with you as much as the screw's protruding section should be on the other side, not on the crank end. This is one of the two flaws I find in this design - the other one being the pivot bolts of the stab struts penetrating the lifting arms' plane.
It works both ways as you can see. The only difference I see between those two solutions is, that with handle side nut the handle comes closer to you, with opposite side nut the handle is moving away from you.
Este modelo en la practica no funciona, ya que el peso que se ponga, en la altura, queda ladeado, y al principio la manibela se vuelve muy dura para ejecutarla, luego se vuelve blanda. Le faltaria un refuerzo adicional y sobre el colocar el tornillo con la manibela.
Its possible because he didnt pin the center of each cross, with the typical scissor lift the center is pinned making it stronger, however one end has to move for those designs, this one doesn't have that so it'll work like this but I imagine it would be a lot more wobbly.
@@towtruckaj Got it. For a powertrain lift table this design might be sketchy. Wouldn't handle the load. Have seen this animation before, and could not wrap my head around it, but as you state the center of each cross is not pinned. I would like to build a table, but need to pull dimensions from somebody else's work.
@@RandomPsychic Hi we are doing something similar for our graduation project. Can you share the mechanism? We are in the design stage but we have concerns about the mechanism. Thank you in advance
Thank you, it's very nice design
wow, this is amaxing and different to the scossor lifts you usually see deisgned that slide to one side instead of staying central. Any chance of getting the drawings for this to have a closer look? :)
Teknologi sederhana bisa diterapkan di kehidupan sehari hari seperti pekerjaan pertukangan, trims
ya pak
Does this have any implementations in real world. Like videos or photos of actual mechanism?
What is the source and name of this mechanism? Definately not a standard scissor lift!
its name is standard scissor lift mechanism
Isn't the screw mounted in reverse? The nut shoud be on the opposite side of the handle, otherwise what would be the purpose of the extension brackets on the opposite side?
I guess those brackets are only there to save screw length, as the useful screw travel required for full extension is rather short. The section of a full-length screw, equivalent to the length of the brackets, would never be used anyway.
But other than that, for very practical reasons I agree with you as much as the screw's protruding section should be on the other side, not on the crank end. This is one of the two flaws I find in this design - the other one being the pivot bolts of the stab struts penetrating the lifting arms' plane.
It works both ways as you can see. The only difference I see between those two solutions is, that with handle side nut the handle comes closer to you, with opposite side nut the handle is moving away from you.
@@narancs5 Yes. In a real table one of the two solutions (with the protruding handle) make very little sense.
hello. can you tell me please the program's name?
SolidWorks
This looks like it would be a fun build.
Este modelo en la practica no funciona, ya que el peso que se ponga, en la altura, queda ladeado, y al principio la manibela se vuelve muy dura para ejecutarla, luego se vuelve blanda. Le faltaria un refuerzo adicional y sobre el colocar el tornillo con la manibela.
Doesn't anybody notice that all the pivot points on top and bottom are fixed? Unless they used rubber arms this doesn't work!
ruclips.net/video/vFDMaHQ4kW8/видео.html 💐.
works well. I've built one. The link bars in the middle are critical to keeping the table flat as it goes up and down....
Its possible because he didnt pin the center of each cross, with the typical scissor lift the center is pinned making it stronger, however one end has to move for those designs, this one doesn't have that so it'll work like this but I imagine it would be a lot more wobbly.
@@towtruckaj Got it. For a powertrain lift table this design might be sketchy. Wouldn't handle the load. Have seen this animation before, and could not wrap my head around it, but as you state the center of each cross is not pinned. I would like to build a table, but need to pull dimensions from somebody else's work.
@@RandomPsychic Hi we are doing something similar for our graduation project. Can you share the mechanism? We are in the design stage but we have concerns about the mechanism. Thank you in advance
Would be good make one of these with my everlast welder. I can think of numerous ways I could use this.
hlo , how can inget all the design calculation
and autocad 3D drawings
Irritating music
which software you use bro
Kon sa software use karte ho bhai.
Plz tell me
Its solidworks people
No moving wheels required
Product name...
Great
Can i get the step file please
Daya angkat beban nya berapa ya?
ruclips.net/video/vFDMaHQ4kW8/видео.html 💐.
Another video fu..ed up by shot music at stupid volume level
how is this software called please?
its solidworks
how or what?
software ka nam batao
Materology kya hai eska
ruclips.net/video/vFDMaHQ4kW8/видео.html 💐.
doesn't work. it is NOT stable. 👎
Horrible music
Can I get the step file please.