This is amazing . . . but could you make a 10hr version of this on repeat? It's the only thing I have playing on my other monitor at work and I get tired of clicking back every 3min 20sec. THX.
Hi, R. Moger I'm John M. I scrolled your' animation while browsing in here. I am 82 years old. Went to The Art Institute of Boston for Tech. Illustration in 1969. That's when the trade was a large Drawing Board, Rapidograph Pen and Ink, Templates and Airbrush. NO animations. I was a Tool and Die maker for Polaroid at the time. They transferred me at my request to Publications Dept. Four years my instructions/exploded diagrams were in Instruction Manuals also occasional presentation drawings. I was amazed to see your' video of a floor jack. I was amazed to see how the trade has advanced. This advancement was what eventually blew me out of the Illustration waters. I went back to Tool and Die later on. I retired in 1999. This looks like so much fun to be able to create these exploded diagrams that move. :O) I wish I knew how to do this. I'm sorry for this long comment but I can't stop smiling at your' moving "Exp. Diagram". :O) Have fun!CHEERS John.
When the release screw is turned out, by turning the jack handle counter clockwise, it allows the check ball to open the port from the pressurized side of the piston, which lets the fluid go through a small channel to the unpressurized reservoir (storage) outside the pressure piston cylinder. When the release screw is turned all the way in (by turning the jack handle fully clockwise) the check ball blocks the release port and the hydraulic pressure pushes against the piston piston to raise the saddle..
The red cap, at time 1:05, is the cover for fill/drain of jack fluid to the reservoir. The cap may be plastic or metal. The reservoir is unpressurized, always (unless there is a defect in the hydraulic system. With the jack pad lowered, add jack fluid until is rises to 3/8 inch of the top of the hole, then, reinstall plug.
@@artsnow8872 Actually on most small car jacks of this style that red cap/plug is the overload valve. Unfortunately this animation doesn't show the working of that item.
Wow! Thanks for posting this. I'm about to redo all the seals on my floor jack and I've been watching vids for the last couple of hours and this video broke it all down (and put it back together) for me.
This is amazing . . . but could you make a 10hr version of this on repeat? It's the only thing I have playing on my other monitor at work and I get tired of clicking back every 3min 20sec. THX.
Just what I was looking for, great animation
Watch all the way through for the nifty cutaways.
Hi, R. Moger I'm John M. I scrolled your' animation while browsing in here. I am 82 years old. Went to The Art Institute of Boston for Tech. Illustration in 1969. That's when the trade was a large Drawing Board, Rapidograph Pen and Ink, Templates and Airbrush. NO animations. I was a Tool and Die maker for Polaroid at the time. They transferred me at my request to Publications Dept. Four years my instructions/exploded diagrams were in Instruction Manuals also occasional presentation drawings. I was amazed to see your' video of a floor jack. I was amazed to see how the trade has advanced. This advancement was what eventually blew me out of the Illustration waters. I went back to Tool and Die later on. I retired in 1999. This looks like so much fun to be able to create these exploded diagrams that move. :O) I wish I knew how to do this. I'm sorry for this long comment but I can't stop smiling at your' moving "Exp. Diagram". :O) Have fun!CHEERS John.
😊😊
Bravo
Hello, good afternoon, will you have the dimensions of the pieces?
Now this is cool.. Did you make it yourself using an autocad program? Thanks for sharing!
You forgot the retraction spring
Hello, i need the irom ball valve from 1:08
Please tell me the size of it 🙏🏼
Make animation for aniroid barometer with all data specifications ?
Hi, 2:37, what does the screw do?
When the release screw is turned out, by turning the jack handle counter clockwise, it allows the check ball to open the port from the pressurized side of the piston, which lets the fluid go through a small channel to the unpressurized reservoir (storage) outside the pressure piston cylinder. When the release screw is turned all the way in (by turning the jack handle fully clockwise) the check ball blocks the release port and the hydraulic pressure pushes against the piston piston to raise the saddle..
@@artsnow8872 thank you, I get it now
hi, r.moger may i know what mate you are using when u press the handle, so the valve will move, and the piston will move upward.
oh, it s actually me who helped mr Moger press the handle 7 years ago.
I told him not to put my picture in
I have problem in my trolly jack were can i bye a parts of this jack i need a. Part that pull and down the. And i dont know what name pls help me sir
I will repair your jack
I can’t hear you
Everything I learned in life, I learned from youtube
the silence is erie
excellent video!! was this created solely on Solidworks or any other software is needed??
thanks! keep up the hard work
georgetheking92 Yep solely on SolidWorks
Whats the screw with the red cap on for and how to adjust it properly?
The red cap, at time 1:05, is the cover for fill/drain of jack fluid to the reservoir. The cap may be plastic or metal. The reservoir is unpressurized, always (unless there is a defect in the hydraulic system. With the jack pad lowered, add jack fluid until is rises to 3/8 inch of the top of the hole, then, reinstall plug.
@@artsnow8872 Actually on most small car jacks of this style that red cap/plug is the overload valve. Unfortunately this animation doesn't show the working of that item.
Wow! Thanks for posting this. I'm about to redo all the seals on my floor jack and I've been watching vids for the last couple of hours and this video broke it all down (and put it back together) for me.