The hydraulic system of the small mecha consists of two sets of capillary pipes that back up each other. One set of expensive titanium capillary pipes takes the shortest path from the power pump to each part that needs movement. Each branch is densely arranged with an electromagnetic switch system. The entire set of mecha pipes is only about a hundred meters long, and the length of the path to each node is no more than two meters. A set of micro electromagnetic switches are arranged every 1 cm on the entire set of pipes. The main function of the electromagnetic switch is to control the on and off of the hydraulic power. Among the electromagnetic switches There is a loop as a secondary backup system in between, which can concentrate the power on the path that needs the most power between the on and off periods of high refresh rate. These are all supported by the powerful computing power of intelligent computers. Another important role of the electromagnetic switch is to prevent damage to the hydraulic system and pressure relief. Even if the hydraulic capillary pipeline is damaged and broken, there is a secondary backup pipeline to form a loop to restore power within a centimeter range. At the same time, the electromagnetic switch can intervene to block the damaged path to prevent the loss of power due to loss of hydraulic medium and pressure loss. The advantages of this structure are small delay in large strokes and low probability of failure. The disadvantages are lack of precise control and low power. The other hydraulic system is a double-blocking central capillary group hydraulic system for the limbs. The automatic power pump starts from the trunk to the limbs. All the limbs are hollow structures with a cross-sectional area of one-third. Each cavity runs through tens of thousands of alloy capillary hydraulic pipe bundles. Each capillary pipe is bundled in parallel and ends at the joints at both ends of the limbs. The spherical electromagnetic switch is responsible for blocking mutual flow between the joint parts. This structure has a large flow capacity, ideal micro-control, and powerful power. The disadvantages are high delay and slow response. The total length of the hydraulic pipelines is several million meters, and the joints and limbs are connected in series to form an upper-level and lower-level power system that belongs to the center of the trunk. If the upper-level joints and the center are damaged, the lower-level joints and limbs will lose power. The two hydraulic systems complement each other, back up each other, and fill each other's gaps. However, large and medium-sized mechas are bulky and have complex redundant pipelines, so their flexibility is limited. For medium-sized mechas, intelligent computers can be used to calculate and establish pressure in advance, and the electromagnetic switch can be suddenly turned on and off to improve response time and make up for the lack of flexibility. However, there is no better technical solution for large mechas. Large mechas are too bulky and each warhead has a long movement stroke. Even if the hydraulic power delay is reduced, the required power flow rate and pressure during the stroke need to last for a stable time, and technical problems such as pressure surge echoes have yet to be solved. When talking about the hydraulic flow rate, we have to talk about the most core component of the mecha, the power pump. Each set of mecha adopts a dual-pump system, which is divided into a positive pressure pump and a negative pressure pump. The positive pressure pump is responsible for establishing the hydraulic pressure, and the pressure continues to be composed of the cylinder and the expansion core. The negative pressure pump is responsible for the hydraulic pressure relief, and the negative pressure continues to consist of the cylinder and the contraction core. The cylinder block, as the name suggests, is the casing and pressure-bearing part of the hydraulic pump. It is a hollow cylinder and is forged entirely from super alloy. The expansion core of the positive pressure pump uses the principle of thermal expansion and cold contraction and is cast from a special alloy that expands when heated. The negative pressure pump uses the principle of thermal expansion and cold expansion and is cast from a special alloy that shrinks from heat. Both power pumps use heat sources to work. The shell is equipped with a one-way valve core and the two pumps are connected in series to ensure one-way circulation of the hydraulic medium. The establishment of a heat source is more difficult than refrigeration. It is fast and acts directly, so small antimatter fission is used to generate heat to allow the expansion core and contraction core to work. At the same time, the hydraulic medium plays a role in heat dissipation. After the heat supply is interrupted, the heat of the expansion core and contraction core is taken away by the hydraulic medium and moves in reverse. The pumping principle of the pump is used to realize the supply of hydraulic pressure. The main advantages of this design are sufficient power, low failure rate, and simple kinetic energy conversion. The disadvantage is that the thermal expansion and contraction delay is long, so a double pump system is used to alleviate it. The double pumps are installed on the butt of the mecha and are protected by the mecha shell. The main parameters of the power pump are the cylinder diameter and core stroke, which are related to the power duration. The larger the mecha, the larger the power pump will be. The medium-sized mecha is simply called a fighting mecha, which is more in line with its strategic positioning. It seems that the interstellar era of mankind is not too far away. . . . .
Alien beast invasion, technology, mecha text! There are not many words at the moment, but I will update it daily from chapter 3 onward. The content is funny, not brainless, not holy!
Money-saving ideas + mecha contrast. A pharmacist who was transferred to the mecha department! She had an admission letter as a pharmacist, but was forced to work on a mecha. Her roommate drove a top-notch mecha and used expired maintenance oil. The heroine changed the mecha to "power-saving mode" in the practical class, and the instructor lamented her excitement about "how much she could save." The interstellar competition is about picking up junk and fighting for mechas, relying on the square dance button to advance to the finals, saving money with imagination + mecha contrast, making you laugh until you hit the ground and feel passionate!
✨The three-foot green front breaks through the galaxy, and the mechas accompany them to fight like a song. The protagonist's sharpness shines in Kyushu, and the military sequence writes legends. ✨ 💫In the shadow of the sword and the light of the sword, he kills decisively and looks as proud as a god. Driving a mecha, galloping across the vast universe, like a meteor chasing the moon, competing with the stars. Hold the sword for the common people, open up a smooth road to the sky, fill your heart with passion, and ignite the journey! 💥
It is recommended that this book has no system, the characters all have online IQs, mecha + disaster beast + witty fighting text. It feels particularly immersive when mechas fight fiercely against deep-sea beasts. The recently updated Deep Sea Headquarters, the Taoist priest with five thunders gathered on top is so handsome! A must see!
This book is super good-looking. The writing style has the feel of a light novel. The protagonist travels to a different world where he coexists with the mecha soul. The plot is light and interesting, and the setting is very novel. It is definitely suitable for a read.