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КАК СДЕЛАТЬ ЗАМОК ИЗ КАРТОНА

Channel: GopherVid

из картона

DIY

диайвай

своими руками

сделай сам

картон

diy на русском

гидравлический

гидравлическая рука

гидравлика

как сделать

рукоделие

постройка

стройка. построил

чем заняться когда скучно

diy

самоделки из картона

сделать

поделки

поделки своими руками

в домашних условиях

самоделки

поделки из бумаги

ди ай вай

самодельный

из бумаги

how to make

do it yourself

handmade

Как сделать

оригами

00:00:01

that a person’s mind can think of, it’s a

00:00:03

universal material. Today I’ll make

00:00:05

another thing that will work on

00:00:07

physics.

00:00:08

Hello everyone, dear friends, my name is

00:00:09

Andrey and in this video I’ll show you how to

00:00:11

make a hydraulic arm, it will

00:00:13

rise like a real hydraulic

00:00:15

lift and you can will carry

00:00:16

some small load, well, you

00:00:19

need to start with a sheet of cardboard and first I

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cut it in half, then one of these

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halves in half again,

00:00:24

this should be enough so that it doesn’t turn out to be

00:00:26

some kind of cool [ __ ], you need to make a

00:00:28

drawing, that is, figure out what m’butt

00:00:30

pieces of cardboard and mark it on paper,

00:00:32

plus it helps to cut it evenly; in general,

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cardboard is cut quite poorly even if the

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legs are very sharp, so without a guiding

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line, even if you have the best hands

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in the world, the line will still help a lot; in the

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end you will end up with these beautiful,

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even pieces of cardboard if you have any kind of

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sclerosis, then it is advisable to write down on

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each piece the serial number of what goes

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behind what this is the basis the connecting piece

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is the lower segment everything will be attached to it

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then comes the middle link as you

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can see but the longest ones and this is the third

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link since without it the hand cannot will be able to

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control the position of the bucket,

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well, these are actually parts for the bucket, and

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so you have to start somewhere, I

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decided to connect the first and second

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links, but the thing is that they should be

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movable, if you just glue them together, they wo

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n’t move anywhere, so you need to

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make ice on A toothpick will do for all this to

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spin, but it needs to be

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secured, that’s why

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these connecting links are needed,

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if you attach a link to a toothpick on one

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side that you glue, then the piece of

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cardboard will rotate quietly and

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won’t fly anywhere, now the same thing needs to be done

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on the other side, but put an elk on the

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same toothpick that the connecting

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piece is inside and the outside of the

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toothpick is completely fixed with glue

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and a fully movable structure will come out, the

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first part of the structure is ready, you need to

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do the second, it is done in principle the

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same way, but here the vision is on the reverse

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side so that it looks normal,

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it turns out like this here is a long

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sausage that everything moves, and if you

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attach a mechanical system, the leg

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will function smoothly, but you need to bring it

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to mind, firstly, there is not enough claw

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that would grab what needs to be

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moved, you need to make it for this,

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first make one special toothpick in a corrugated cardboard

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and glue it on it already

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put on a piece of cardboard so that it

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can withstand the load on and the movement

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does not touch the same hands, the

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links need to be attached, you will get

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such a movable structure and to be

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honest, I’m already tired of attaching it, thank

00:02:21

God that everything is almost ready at the

00:02:23

moment there is such a caterpillar without a

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ridge that is wider faces, as you please,

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take three identical pieces of cardboard,

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they will be used to strengthen the base, but

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first, each of them must be glued together;

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this cube must be placed at the very bottom of

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the platform; everything will be held on it; the

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structure turned out to be

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quite long and the shoulder will be large,

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so the bottom should be strong now

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I inserted a few toothpicks

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just to make the structure more rigid and everything would

00:02:46

not move back and forth, and in order for the

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claw to rotate freely, you need to trim the

00:02:50

lower edges and as a result you will get

00:02:52

such a movable structure and in

00:02:54

fact it works very interestingly, although it seems to be

00:02:57

very simple, it’s a square sheet

00:02:58

cardboard, you don’t need to mark the center

00:03:00

in order to make holes there; the

00:03:02

easiest way is not to pierce it, but

00:03:04

drill it with a large-

00:03:06

diameter drill, because in the future there will be

00:03:08

a battery there;

00:03:09

you need to glue it into this base and the

00:03:11

same hole needs to be made here in a square,

00:03:13

here without Drills are definitely not necessary; all

00:03:16

this is done only so that the hand

00:03:17

can turn; the battery is an

00:03:19

ideal axis for this; with the help of

00:03:21

such a hole, you can easily

00:03:23

fasten everything with pine; we figured it out; it rotates

00:03:26

and is movable in all directions;

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now we need to make a power system; for

00:03:30

it, syringes are needed first of all;

00:03:32

syringe, you need to remove two stiffening ribs in the

00:03:34

piston,

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this is necessary so that it becomes flat

00:03:37

and a hole can be made in it, it

00:03:39

will turn out like this if you just

00:03:40

glue the syringe and lift the two legs of a

00:03:42

friendly hand and it will fall apart under

00:03:44

its own force, if in an example it seems

00:03:47

that and the pistons of the syringe, when lifting

00:03:48

the structures, rotate a little,

00:03:50

change their position; insert a

00:03:52

toothpick approximately in the middle with the first part, but at the

00:03:54

same time, insert it into the hole

00:03:56

and the piston of the syringe, the same toothpick must be

00:04:00

inserted down to make the

00:04:02

lower part of the face movable; wrap it around it with a

00:04:04

clamp but leave a small gap there

00:04:06

in which you need to insert another clamp,

00:04:08

it will be unfolded and if you clamp it,

00:04:10

leave a small hole the new, you

00:04:12

can just insert a toothpick and

00:04:14

fix it on the base, now it’s already

00:04:16

moving, it really looks like a

00:04:17

hydraulic lift, you

00:04:20

need to attach a second syringe in the same way,

00:04:23

which will already move the third

00:04:24

link Regarding the second one, you can

00:04:26

try to put it on the same

00:04:28

toothpick as 1, but it’s better

00:04:30

to play it safe so that later it doesn’t

00:04:31

get caught; all the mechanisms for lifting the claw are

00:04:34

ready; all that’s left is

00:04:37

to figure out how to make the

00:04:40

claw open; this was

00:04:43

the most difficult stage; I decided to take

00:04:45

the spring from under the clothespins and straighten you

00:04:47

first completely straight and then bend the

00:04:50

lower part a little to the side, bend it down

00:04:52

and the upper one, respectively, the top will turn out to be a

00:04:54

curved hook, respectively, at the bottom of

00:04:56

each walk, you need to make a hole in the

00:04:58

cardboard in each leg of the claw, you will get

00:05:00

this design: if you take

00:05:02

the wire by the end and move your hands

00:05:03

back and forth, the claw will open

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and closing, in principle, the same

00:05:07

vertical movements can be performed by the

00:05:09

piston, so all that remains is to

00:05:11

fasten it and this was the most difficult part of the

00:05:13

work; half of the

00:05:15

total time that was spent on this

00:05:17

project was spent on it; in the end, I managed to

00:05:19

prepare it there for the clamp and then glue the clamp

00:05:21

to the syringe so that the syringe

00:05:23

rests on something you need to glue another

00:05:24

toothpick, in the end the design

00:05:27

looks like this and it works now all that

00:05:29

remains is to connect the hydraulics using the

00:05:31

tubes from the dropper, in short, you

00:05:33

just need to put the tube on the second

00:05:35

syringe and draw water and when

00:05:37

you press once and it shrinks the second time

00:05:39

[music]

00:05:45

and then I realized that I forgot to make a

00:05:47

rotating mechanism for the hand to

00:05:49

make it and glued a small cardboard on the

00:05:51

base, I also made it in a week,

00:05:53

glued the regulator from the dropper to it and in

00:05:55

the end if you move the prize in a straight line

00:05:57

forward - back as soon as the piston moves, the

00:05:59

structure will turn and

00:06:01

to secure the syringe I decided to simply

00:06:03

fill it with hot glue,

00:06:04

this is the most reliable option phew, that’s all, the

00:06:06

lyrical hand is ready, let’s try to

00:06:08

move this piece of paper, the

00:06:10

adjustment is done using syringes

00:06:12

at the second end of the tube

00:06:14

[music]

00:06:28

as if

00:06:39

[music]

00:06:42

well, here’s a homemade cardboard product,

00:06:44

but then I plan to

00:06:46

make another one that’s much cooler, so

00:06:48

be sure to like this video

00:06:50

if you want or you liked this

00:06:52

video, also subscribe to the channel because I

00:06:54

try to make high-quality videos and

00:06:56

so you don’t miss anything and if you want to

00:06:58

check out this video, it

00:07:00

turned out cool for everyone bye

Description:

В этом видео я решил сделать новый diy - гидравлическая рука из картона. Это не гидравлический пресс из картона и не раздатчик жвачек из картона - это именно гидравлическая рука. Эта самоделка из картона очень крутая, и вообще все diy из картона мне очень нравятся, ведь их все можно сделать своими руками в домашних условиях. Зацени еще DIY из картона: •Гидравлический пресс: https://www.youtube.com/watch?v=qe8kHDTGzjE •Раздатчик жвачек: https://www.youtube.com/watch?v=YlIIpv_K_qE •• Повербанк из колы - https://www.youtube.com/watch?v=UmOcN99Rczo Реклама и сотрудничество: [email protected] Моя (самая крутая) партнерка YouTube: www.air.io/r/gophervid

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