How from the usual automatic electroclap make manual?

It happens that it is necessary that the mechanical valve is needed, which will dose an additional mixture for cold engine start.
All that you need from the former electric valve for the manufacture of a mechanical valve is its lower part (inner body), plastic with a lotuminous valve and a needle (shut-off needle). Everything else is not useful to us, the heat-sensitive element is not useful, heating element and the upper part of the housing of the electroclap. Next, you will need a bolt M8 and nut M8 (the minimum length of the bolt is 30mm, you can put more). Then you need to completely sharpen the face of the nut, because it does not enter the body of the electric valve. Another nut can be heated construction phenomenon or gas burnerSo that she slightly melted the body of the electric valve and entered there tightly, after that it will have to be removed and cool. Then wrapping the nut with a sealant and insert back. (It is not allowed to enter the air between the nut and the body of the electric valve).
Next, we take the body of the locking needle lubricate the bolt with glue, wait until the glue dries and your needle will hard hold onto the bolt. Then lubricate the nut with a sealant, lubricate it is the border that dresses usually the key. It is further desirable to wear a nut on the nut and tighten well. After all procedures, we get such a device.


After you need to start the engine, you unscrew the bolt. After the engine started and began to work confidently, it is necessary to stop without effort to twist the bolt until the end until you feel that your bolt in something rested. Thus, the valve will block the channel and the engine will start working in normal mode.

Hello everyone. Halloween costumes can be different shapes and sizes. For example, the costume of Iron man or Batman wear ordinary guys who go with us on one street 🙂 It is more difficult to deal with monsters costumes, the dimensions of which are significantly more growth Average man (not everyone is lucky to be richly humorous). It would be just stupid to burn a huge fixed figure. She must move and be able to grab the colors of the gone passersby.

This article is just devoted to how such large mobile naughty hands. I did not want to reinvent the bike, so I digged across the Internet in search of ideas. Finding some good options, gathered them together, making your additional adjustments.

Step 1: Materials

I tried to make this project as simple as possible using materials that can be found in the nearest stall.

Materials:

• The board is 5 cm thick and 10 cm wide (for the forearm). From her, the fingers of the phalanx were cut out 3.8 * 3.8 cm;
• The board is a thickness of 5 cm and a width of 15 cm (for palms);
• 60 x self-tapping screws with rings (it is better to take from stainless steel than galvanized);
• Steel cable about 3 m long;
• 16 x nails without hats 10 cm long;
• Elastic cord with a length of 3.6 m;
• 6 x ring for a keychain with a diameter of 2.5 cm.

Instruments:

• desktop circular;
• band-saw;
• drilling machine;
• drill / screwdriver;
• engraver;
• a hammer;
• narrow pliers;
• bulgarian;

Step 2: Wood sawmilling

I wanted hands to have 3 fingers. Sketch sketch and calculate the length of each phalanx. I had to add an extra 12 mm to the length of each phalanx due to the features of the fixture system.
Falang fingertillas:

• lower - 12.7 cm (4 pcs.);
• average - 10.2 cm (4 pcs.);
• top - 6.4 cm (4 pcs.)

Thumb:

• lower phalanx - 11.4 cm (2 pcs.);
• average - 8.9 cm (2 pcs.).

Rock up the 5x10 cm board on the bars, and then cut them on the blanks of a given length. Stop height cutting disk 12 mm, and then choose a groove of a width of 19 mm at the end of each phalanx.

We will make the response, using drilling machine and crown with a diameter of 25 mm. Drill the blanks by 12 mm on both sides. Then on ribbon saw, Rounded the ends of the phalange, forming a semicircle with a radius of 12 mm (except the upper phalanx).

As soon as the finger is fully assembled, cutting everything too much, trying to achieve a more natural form.

Step 3: Connect the phalanx

We connect the phalanges together, and then drill through holes under the axis (nails in this case). With the help of a grinder (handwheel for metal), we cut off the excess, sprinkling the remaining end of the nail.

Step 4: Select the grooves for the cord and cable

Once all fingers are collected, you need to choose grooves from the outer and inner side. It is quite simple, but you should not rush at the same time.

Expose the height of the cutting disk by 6.5 mm. Such depth will be enough to accommodate the screws with rings. Speed \u200b\u200bthe grooves directly in the middle of your fingers on both sides.

Step 5: Install the screws

Fasteners will help manipulate fingers. Hooks installed on the outside will fix the cord, thanks to which fingers will straighten. Hooks that are installed on the inside will hold the cable, pulling out, fingers and will bend.

On the outside, the hooks will be attached on both sides of the joint. On the inside, the hooks are placed in the upper part of each phalanx. This will create a maximum lever.

Step 6: add forearm

I will cut two grooves (on the brushes and forearm) after which they glue their carpentry glue. You can strengthen the connection by screwing down the pair of screws.

The forearm should be sufficient length to hide your own hands.

Step 7: Cut the grooves on the palm and wrist

In order to hide the fasteners elements to move a few grooves, taking advantage of engraver.

Step 8: Remove your hands

I would like your fingers look even more natural and most mobile. Engraver with a grinding disk helped bring the appearance of hands to a logical end. If you do not believe, look at the photos at the beginning and at the end of the article.

Step 9: Find your fingers on the palms

The task is to establish the axis (nail) under right angle. Draw on the palm line (under the right angle), as well as the entry point. Fingers must be attached successively. We establish a thumb at the last turn.

Be very careful when drilling guide holes. Not in a hurry and do everything thoughtfully, the error can get out sideways.

After mounting, most likely, you will need to make some small adjustments.

Step 10: Cable, Elastic cord and gloves

We skip the cables on the inside, stretching them through the rings. Fix them on the upper screws and rings for key chains. The length of the cable should be such that the fingers are in a dispere position, compensating for the tension of the elastic cord.

We repeat the procedure with an elastic cord, stretching it on the outside.

Fresh glove on 5 screws, laying pre-washer. For convenience and comfort, make screws (with washers) by foam.

Step 11: Fastening belts

Fasten the belts on the forearms to securely fix the hands on selfie.

Thanks for attention!

In October last year, after damage to the knee during the game in hockey, Patrick Pryb sat in his apartments in Cologne in Germany and did nothing. He sat at the computer and stared on the keyboard, when his view fell on the letter "Y". Pryb did not see the letter. For him, she looked like a crossbow. He knew how his next project. Recall, this particular man did working glove Iron man and laser machine gun of Gatling.

(Total 5 photos and video)

Over the years, the German engineer has mastered various weapons. But now he wanted to make a cunning mechanics. Pryb is not a design for its projects, he immediately begins to make it possible. At home, he cut the frame from aluminum and brought them into the form Y, ideally passing on the back side of the palm.

Then he connected more aluminum, copper and brass to business. Prica ordered steel wire, which is usually used in aircraft model genera, carbon fiber for the arrow shaft and several cylinders from teflon plastic with a low friction coefficient. Then she cut out two pieces of flexible spring, chicked the semblance of onion and pulled the steel wire. On the turning machine Cut out brass tips for arrows, glued to carbon fiber tubes, cut the groove in Teflon plastic and placed the arrow into the crossbow.

Two weeks and 150 dollars - and the manual crossbow you have "in your hands."

With the help of the Crosspie, Pryb can punch a jar with a drink, smash the light bulb and pierce the apple. And although its creation is not the most small homemade crossbow in the world, no other can take it with it in power, accuracy, recharging speeds and the ability of firing with one hand. Of course, Prica does not plan to use the crossbow even for the protection of the house. For this, he said, he is enough "strong hockey stick".

Let's look at a few self-made guns.

Sam Elder, Rest Coordinator in Richfield City in Utah, made four-link in diameter sewer pipe Analog of slingshot-grenade launcher. He cut and mounted two narrow PVC pipelines, attaching them to the outer part of the trunk double pulley on the nose. When the shooter descends the trigger, rubber harnesses send a dart to the target. Instead of dart - so that it is not so bored - you can charge a tennis ball or a raw egg.

Krukotet

Lovers to climb trees usually wrap the ropes of high branches, throwing big round pillowsLocated by subtle threads, but the student of the Massachusette technological Christian Reed wanted to simplify the equipment. Therefore, I bought a carbon dioxide tank, which is used for paintball, filled an empty fire extinguisher and connected a small network of pipes and pipe fittings. Then cut off a piece copper pipe For the trunk and added several components, including the air pressure controller, the NERF plastic rifle. When pressed on the trigger compressed air It breaks out of the fire extinguisher in the copper trunk, sending a hook to a distance of up to 25 meters.

Gatling slingshot

The German businessman Jorg Pierce built a pair of wooden wheels (each circle with a diameter of 8.1 inches), which work in a pair with a meter steel rod in unison. Strengthens their shoulder frame. For the shock-trigger mechanism, the small bags of torn skin cut out, attached them to stretched harness and pulled them from the front wheel to the rear, making eight miniature slingshots. To charge the weapon, it fits the steel balls between the slingshot and the tree. And in order to shoot, he turns the wheel handle, and steel balls fly consistently into the target.

Views of houses in minecraft

Watch video S. best houses in minecraft. Cons: Typicity, because many players are building such in Minecraft. You can also make a mechanical one at the end of construction, which will look great in the game. How to make a gate to minecraft: instructions and videos to begin withdrawing how to make a mechanical gate to minecraft. Mechanical house in Minecraft as in minecraft make a roof. Minecraft - Architecture Issue №1 House with greenhouses)