Abe the Wizard

Abe intends to use this time to strengthen his strength. First of all, in terms of weapons, this battle, if he has a long-range weapon, he can attack the werewolf remotely, or he can block the werewolf from a distance. The werewolf slowed down.

I thought a lot about the long-range weapon Abe, and this world’s bow and arrow Abe also researched, but he wanted to make a XNUMX-pound composite bow that he had used on Earth.

这种复合弓的好处就是在80%的省力比情况下，当你拉满弓的时候你只需要14磅的拉力就可以一直让弓保持在满弓的状态下（70×（1－80%）=14），使用者可以把精力从拉弓这里转移开，让自己的注意力更多的用在瞄准和调整自己姿势上。

At a 0% labor-saving ratio, a XNUMX-pound pull force is required to maintain a full bow, and the bow will store more energy, and often shoot arrows faster.

These two states can choose the labor saving ratio on the bow body, and adjust the high or low labor saving ratio of the compound bow according to the actual situation.

The current Abe has a deep memory of the previous because of the strong spirit strength. The components of the compound bow and the dimensions of the component Abe remember very clearly.

The compound bow consists of the falling wheel, the power wheel, the upper and lower bow arms, the bow handle, the bow arm seat, the bow string sliding sleeve, the bow string shock absorber, the arrow table, the handle, the main string, the auxiliary string, the bow damper, the chord stopper, etc The composition, plus the attachment arrow stand, arrow stand, sight, hair spreader, shock absorber, peephole, wrist rope, etc., form a complete modern composite bow.

Although the current level of this World is limited, the people in this World can exert much more power than the humans in Earth. At least Abe has never heard of anyone in the original World who can take people and horses with one sword. It’s two and a half. This is still the case when Marshall Knight is just an intermediate Knight. If a more advanced Knight would have any power, Abe is even more unimaginable.

Now Abe is more powerful than most of Earth. He is only XNUMX years old. Abe now estimates that his strength is about XNUMX pounds or more. As in Earth, as a fitness instructor, he can only pull a XNUMX-pound composite bow. A stronger compound bow cannot be pulled.

So although the material of the compound bow can not be found in this world, but because of the power of this world, especially from Abe himself, the compound bow is used by him, and it can be replaced with a more sturdy material. Consider weight.

Abe drafted all the components equally, dimensioned them, and considered what materials to use.

With wheels and power wheels, Abe considers using bearings to support the rotation of the two wheels to reduce the friction coefficient during its movement and to ensure the accuracy of its rotation. The two wheels are made of 2 rough rough.

The upper and lower arm Abe is not prepared to do it by himself, because it is too time-consuming, his idea is simple, to dismantle 2 heavy bows, the production of heavy bows takes a long time, and the materials are the best. The 4-pound heavy bow is the strongest bow in the castle, but those few bows are rarely used, because not many people can pull that bow, only trainees above Level 2 can pull it, But pulling and aiming are two different things. After pulling apart, you must maintain the same force to aim, then the user’s power must reach XNUMX pounds or more, so as to ensure the use of heavy bows.

So those heavy bows have been kept in the warehouse and rarely used. Only the weapon keeper in the warehouse performs some daily maintenance. Abe thought that if he took 2 heavy bows apart, he would have a bow arm and 2 bowstrings. .

Both the upper and lower bow arms use the bow arm portion of the heavy bow, and the two bow arms of the heavy bow are glued together to obtain a stronger bow arm than the heavy bow.

Like shock absorbers, bow dampers and chord stops, these are all made of wood, and bow handles and arrow rests are made of 100-practice rough.

After Abe planned everything, he started to make compound bows. Two heavy bows were found by Abe from the warehouse, and another bowsmith was found. Abe himself was not confident to make a qualified bow arm because The arch arm is the main source of strength for the compound bow, and it is the guarantee of formidable power that can be exerted after the bow is finally formed. Abe believes that finding a professional is always better than failing slowly and repeatedly.

The found bow maker removed the two heavy bows with great pain, then cut them to the size required by Abe according to the drawings provided by Abe, and then glued the two bow arms together with fish skin glue. The final product let Abe Very satisfied.

As for the shock absorber, bow damper and chord stopper Abe, a carpenter was recruited, and Abe’s requirements were also met under the guidance of Abe.

Slowly, every piece of accessories is almost ready, and the final bearing can only be made by Abe himself.

It can be said that the bearing is the most important part of the mechanical equipment on Earth. The production is very difficult. The bearing consists of an inner ring, a ball, and an outer ring. There is a raceway between the inner ring and the outer ring. The ball is on the inner and outer ring. Scroll between.

Abe first made balls. It is very difficult to make balls with current technology. Because there is no industrial machine tool, all are made in hand. Abe, the blacksmith Master, is not under pressure.

He first made a vernier caliper, and then slowly forged a small piece of iron with a hammer. After making it into a circle, he measured it continuously with a caliper, and then forged. Abe did not expect that a standard spherical ball would cost so much. In a short period of time, a small ball was made in half a day. This ball is completely spherical in the measurement of the vernier caliper.

After making the first ball, Abe used a clay wet sand mold mold method, using clay and an appropriate amount of water as the main binder for the sand, and made the first ball with a 30-ball sand mold.

Each bearing only needs XNUMX balls, but Abe is prepared to make more spares. The original thought was that the most troublesome is to use charcoal to iron into molten iron. I asked Bensom Master that I knew this World has a special natural fire aid additive. To turn iron into molten iron, you can easily turn iron into molten iron as long as you add these natural fire aid additives during the heating process.

Abe poured the molten iron into 30 ball sand molds, waited for cooling, and then took some sanding to finally get the perfect ball.

According to the size of the ball, Abe calculated the size of the inner and outer rings, and the depth of the raceway. These fine forgings were successfully completed with the help of Abe’s spirit strength.

The next step is to combine the inner ring and the outer ring with the balls. This is introduced in many physics lectures and documentaries. Abe takes some ice from the ice cellar, puts the inner ring in the ice, and then puts the outer ring into the stove. Here, after a while, due to the principle of thermal expansion and contraction, the inner ring, ball and outer ring can be locked together in order. After the temperature is normal, the bearing that Abe wants is made.

Press down to fix the bearing and the completed falling wheel and power wheel, and install it step by step. In the end, Abe made the first compound bow of this world.

Since this compound bow cannot be left empty, it is evening time, and Abe put away the compound bow.

In the early morning of the second day, playing with Black Wind for a while, Abe found 2 arrows from the warehouse and came to the archery range to test the new bow. Because this compound bow was too weird, Abe emptied the archery range.

The first arrow was taken out, stuck on the arrow stand, and pulled the spreader hard. Abe never didn’t expect that the power required by this bow was so great. The strength of the 2 heavy bows was definitely over XNUMX pounds. Abe almost exhausted his whole body to barely pull the bow away. After it was pulled completely, he felt that he had no effort at all. As long as he spent less than XNUMX pounds of force, he could maintain the opened position.

Abe aimed the crosshair of the sight at the 50-meter arrow target, and lightly pressed the trigger on the dispenser, and the arrow flew slightly, and the arrow flew out at a distance of XNUMX meters in the air. Then after the bulls-eye hit a round hole, he continued to fly backwards, hitting the XNUMX-meter-long parapet behind him, and then fell to the ground.

The XNUMX-meter target is already the farthest target in the castle. Although Abe has tested that there is no problem in launching and aiming at the compound bow, the longest range is not tested.

Abe is holding a compound bow, looking at the round hole in the center of the arrow target in front. Abe, who has been flying straight for at least XNUMX meters, has never heard of this compound bow. This compound bow is already the most advanced bow in this world technology.