You all prolly dont care but does anybody know a method to log back into an instagram account?? I somehow lost the password. I appreciate any assistance you can give me.
@Ryland Zain thanks so much for your reply. I found the site through google and Im waiting for the hacking stuff now. Seems to take quite some time so I will reply here later with my results.
So basically the spring tension (and allowing the "spring back") in either direction is what moves the blade. Thanks, this helped me understand. It also helps that the spring is not under constant tension when the blade is deployed, which should help with spring life
you kinda gotta watch it over and over. the latches keep the blade in place when its all the way in and all the way out. the casing (slider) slowly lifts the latches and moves the blade catches to build tension in the springs. once the slider moves far enough, the latch lifts all the way and the spring launches the blade forward/backward and is caught by the other latch to hold it in place. hope it helped and didnt just confuse you more! lol :)
I want to make a custom OTF but I'm such a dumbazz that after watching like 20 videos on how tis thing works, only now I understood. Thanks, this gives me an idea on how to construct the mechanism.
@ cj the spring is being pulled further apart until the latch releases, causing the front or rear blocks to push the blade into the desired position. The spring is trying to pull two things closer.
the two spring catches are the only thing the spring is attached to... the blade is simply launched out and back from the handle, by the usage of the catches and spring pushing the blade to the locked position
@Clayful1000 The purple boxes are the blade catches. Each one has a female slot that receives the male counterpart that's attached to the blade. The slots only allow the blade to go in and out of the catches one way.
@AmanEditing Imagine that either end of the spring (not for pushing, but for pulling) is attached to the two pink squares on the slider. When the slider moves forward, the spring stretches while the rear latch holds the notched blade in place, which stores potential energy. When the slider finally moves the rear latch away from the blade, the stored energy releases to kinetic energy, pushing the blade out. It works the exact same the other way.
@quintincashman ...slider/switch unlocks the blade, releasing the tension on the spring, pushing the blade forward into the other set of locks, this happens vice versa, hope that clears it up a bit for you, took me a few days to understand the mechanism but when you look at it, it's a simple design, but works so well!
The case(green thing) has two notches, one for each catch. Those notches allow the catch to hold the blade and keep it from moving, until the green thing moves enough that the notch is no longer aligned with the catch. This means that the catch cannot be close enough to the blade and the spring is now free to push the blade.
@quintincashman Ok, so, the blade is locked in one position, by the locking tabs, and there's also some T shaped bars connected with a spring in the middle, when you push forward on the switch, one of the T bars is caught on the blade, which won't allow it to move, but the other T bar is free to move, so when the slide is pushed forward it will build tension in the spring because only one T bar can move (Because it's caught behind the blade, which is locked in place), and at last second the...
The spring`s tension must dictate the blade length and thickness of the body, If the compression released does not have enough power it won`t make it down the body and catch on the blade catches
Are there grooves for the blade catches? Because when the sloder is pulled one way, how would the blade catch not catch the blade as it propelled forward or back?
on the knife there's a nub so to speak. B/C the knife is locked in its two positions the catches(the spring thingies)are locked,or, if you're talking about the latches (the things that pivot on a pin)then the same is(almost)true,the blade's notch has three faces, two square ends and a ramp, when the switch pulled the square face goes in the case and exposes the case's ramp, to make sure the blade doesn't get stuck b/c the latch comes down too fast when it is sheathing the blade has a ramp part
So, is the blade attached to anything, or is it just the knobs that keep it in place? On a similar note, does the blade move by being launched from the force of the spring, or is it attached to something that moves it? Many thanks for whoever can answer.
This was a very helpful explanation EXCEPT one thing I still do not understand. Where does the spring connect to the blade, and how does is the blade affected by the spring. Anyone who could answer this would be greatly appreciated:)
Really good video, cleared most of the things up for me but there's one question that has really been bothering me; how does the knob jump and stop to fit exactly in the blade catches?
Because I doubt he'd have made it through the primaries with a platform of: "Elect me and I'll subvert all of your remaining rights because only I, and my friends, know what is best for you." Now that I think of it, that pretty much really was his platform. So, yeah. Templar in all but name.
@IIGECKOII not I, im studying to be a mechanical engineer and stuff like this interests me, although i admit i came here from watching a video on the hidden blade :>
They double up the springs to save space, as I understand. Instead of having a single larger diameter tension spring, they have two smaller ones side by side. This makes for an easier package to fit between the handle scales.
I hate people who hate people for such stupid things. And personally, I found Italian to sound nice, so I went and learned it, not because Ezio spoke it.
This video was extremely helpful to me in understanding the ingenious mechanisms behind double-action switchblades. Thank you for making it!
Seriously, no other video explained this well and it’s like 9 years old 🙄
You all prolly dont care but does anybody know a method to log back into an instagram account??
I somehow lost the password. I appreciate any assistance you can give me.
@Abdullah Brock Instablaster =)
@Ryland Zain thanks so much for your reply. I found the site through google and Im waiting for the hacking stuff now.
Seems to take quite some time so I will reply here later with my results.
@Ryland Zain It worked and I now got access to my account again. I am so happy:D
Thanks so much, you saved my ass :D
This is beautiful, spent about 6 hours looking for something like this! :D
So basically the spring tension (and allowing the "spring back") in either direction is what moves the blade. Thanks, this helped me understand. It also helps that the spring is not under constant tension when the blade is deployed, which should help with spring life
"I apologize about the quality"??? IT IS GREAT!!
you kinda gotta watch it over and over. the latches keep the blade in place when its all the way in and all the way out. the casing (slider) slowly lifts the latches and moves the blade catches to build tension in the springs. once the slider moves far enough, the latch lifts all the way and the spring launches the blade forward/backward and is caught by the other latch to hold it in place. hope it helped and didnt just confuse you more! lol :)
I want to make a custom OTF but I'm such a dumbazz that after watching like 20 videos on how tis thing works, only now I understood. Thanks, this gives me an idea on how to construct the mechanism.
This video was a life saver. I couldn't find a very detailed example anywhere on the net until i ran into this.Thanks a ton =)
The best explanation by far...I mean, I needed an animation so I could see the movement and this video shows it at its entirety
@ cj the spring is being pulled further apart until the latch releases, causing the front or rear blocks to push the blade into the desired position. The spring is trying to pull two things closer.
Thanks for great job- perfect animation. This will help me make hidden blade like in Assassin's Creed.
Same!
Same
@@mr.normal8077 now i know how it works!!! HAHA
this is the one and only explanation i understood. very nice.
the two spring catches are the only thing the spring is attached to... the blade is simply launched out and back from the handle, by the usage of the catches and spring pushing the blade to the locked position
Simple and straight to the point. Perfect explanation
@Clayful1000 The purple boxes are the blade catches. Each one has a female slot that receives the male counterpart that's attached to the blade. The slots only allow the blade to go in and out of the catches one way.
still don't understand how a 2cm spring tension can make a full blade length travel
it's just a strong spring,and moving the blade when the locks are disengaged is not that hard - think of pushing a metal ruler over a wooden table
Inertia , got it.
@AmanEditing Imagine that either end of the spring (not for pushing, but for pulling) is attached to the two pink squares on the slider. When the slider moves forward, the spring stretches while the rear latch holds the notched blade in place, which stores potential energy. When the slider finally moves the rear latch away from the blade, the stored energy releases to kinetic energy, pushing the blade out. It works the exact same the other way.
@quintincashman ...slider/switch unlocks the blade, releasing the tension on the spring, pushing the blade forward into the other set of locks, this happens vice versa, hope that clears it up a bit for you, took me a few days to understand the mechanism but when you look at it, it's a simple design, but works so well!
The case(green thing) has two notches, one for each catch. Those notches allow the catch to hold the blade and keep it from moving, until the green thing moves enough that the notch is no longer aligned with the catch. This means that the catch cannot be close enough to the blade and the spring is now free to push the blade.
Thank you this was exactly what I was looking for.
THX man, now i understand how the hidden blade mechanism works.
the hidden blade mechanism is a little different because it is triggered with a string
Thank you my friend. I have finally understood this thing. Now I know that nothing is true, everything is permited. lol
I had always wondered about the mechanical energy conservation in such an application. Now I understand.
Damn i cant wrap my head around this
@quintincashman Ok, so, the blade is locked in one position, by the locking tabs, and there's also some T shaped bars connected with a spring in the middle, when you push forward on the switch, one of the T bars is caught on the blade, which won't allow it to move, but the other T bar is free to move, so when the slide is pushed forward it will build tension in the spring because only one T bar can move (Because it's caught behind the blade, which is locked in place), and at last second the...
The spring`s tension must dictate the blade length and thickness of the body, If the compression released does not have enough power it won`t make it down the body and catch on the blade catches
Just wow i got some terrific ideas now to make the blade ... thnx dude :p
Nice Video, I really had no idea how these work
genius design
thanks for the video
Are there grooves for the blade catches? Because when the sloder is pulled one way, how would the blade catch not catch the blade as it propelled forward or back?
on the knife there's a nub so to speak. B/C the knife is locked in its two positions the catches(the spring thingies)are locked,or, if you're talking about the latches (the things that pivot on a pin)then the same is(almost)true,the blade's notch has three faces, two square ends and a ramp, when the switch pulled the square face goes in the case and exposes the case's ramp, to make sure the blade doesn't get stuck b/c the latch comes down too fast when it is sheathing the blade has a ramp part
NOW I get it! 👌🏼
Fantastic diagrams! So helpful. Thanks!
So, is the blade attached to anything, or is it just the knobs that keep it in place? On a similar note, does the blade move by being launched from the force of the spring, or is it attached to something that moves it? Many thanks for whoever can answer.
coul you tell me how the blade catches are released please? i didn't really get how that works, other than than, excellent vid
Hello, do you have the drawing or solidworks design of the switch blade?
This was a very helpful explanation EXCEPT one thing I still do not understand. Where does the spring connect to the blade, and how does is the blade affected by the spring.
Anyone who could answer this would be greatly appreciated:)
When u pull string it goes out but how did u do that so when u pull the string agsin it goes back
Really good video, cleared most of the things up for me but there's one question that has really been bothering me; how does the knob jump and stop to fit exactly in the blade catches?
Could someone explain to me how the spring i connected to the blade catchers whice helps the blade go in and out, thanks.
This was very helpful, thank you.
Could you please tell me the name of the software you used to make this?
hey i don't understand how the springs gets tensioned from both the sides?
nice now i understand how they work
I could supply some noisy neighbours and paint the Templar Cross on their backs. Would that help?
Seriously though this would be amazing for low profile self defense
@Clayful1000 the spring and blade are not connected ... the catchers throw the blade into the other catcher
I'm seriously up for it.
hey where can i get this 3d model?
Question Pls Answer
Where is the blade attached
It just rests on rails within the casing.
how do you add the pulley system
Fucking fantastic! This finally explains it in a way I can understand. Thank you.
What makes the blade catches not go together
Can u make another video were u fiscally take an otf apart
you should make a tutorial on how to build your hidden blade...
Thanks now I can make a hidden blade just need to figure out another mechanism
Why can my mind not comprehend this?
this can not get any simpler yet I'm not understanding it 100%
Thanks very helpful now I can make one
wow!It'll take me a while to understand this
alright so i'm confused, i don't get how the spring pushes and pulls the blade
wait could u explain it to me it might be cause im tired but i just don't get that part
Thank you!
could somebody pls link me to a video with an actual demonstration (im having dificulty understanding this video) or explain?
hi , can i request for this 3d cad file?
@ThatGuyKillYou still need to figure out how to put the slider back after released......
oh. my. god I finally fucking get how these damn things work XD
Very cool gonna try it
nice video 👏
@peterbread1993 Thanks, i finally understand now.
Thanks, hidden blade here I come!
i didnt get nothing : ( not english sry : ( hwo does that green thibng moves?
i know were are they i just need the blade
watching this i figured out how to make a real one. but an actual dual action blade. im going to start making them and selling them
but, isnt the blade always in the middle of two strings?
It's like having a two full auto sear on each side
Thank you self
Because I doubt he'd have made it through the primaries with a platform of: "Elect me and I'll subvert all of your remaining rights because only I, and my friends, know what is best for you."
Now that I think of it, that pretty much really was his platform. So, yeah. Templar in all but name.
I don't get :(
Can you share graphic project?
Thanks. It was a very clea explanation. :D
I finally understand it, gg
Ezio sent me here ;)
It’s like a two way slingshot
So the spring provides the initial motion and then the blades inertia carries it all the way back?
@IIGECKOII not I, im studying to be a mechanical engineer and stuff like this interests me,
although i admit i came here from watching a video on the hidden blade :>
Now where are the templars?
I don't understand how the blades catches holds the blade ...
damnit! wheres ezio when you need him!
There's a tutorial on it, it's a switch. You pull it, it flips the switch then the switch resets, you pull it and repeat.
very nice Idea :D
I came here because of Corvo's blade from Dishonored D:
assassin's creed
you dont show the spring working!!
Nice vid :)
Hey i know right but i am trying to remake Ammnra's blade
I finally got it!
Very helpful
Mine has the latches on opposite side and switch broke so I took the spring out and flick it open don't ask me how it works it just does
I thought there were 2 springs in this mechanism
They double up the springs to save space, as I understand. Instead of having a single larger diameter tension spring, they have two smaller ones side by side. This makes for an easier package to fit between the handle scales.
I hate people who hate people for such stupid things. And personally, I found Italian to sound nice, so I went and learned it, not because Ezio spoke it.
gimme a time and a place bro... time and a place...
you might try looking on e-bay. XD
@IIGECKOII Lol, i sure am! :)
ur not alone :D