Hello, this is Pancake, an engineer who likes to drill the tip of the cow.
This tutorial will share some of the mechanicals I have studied in the process of contacting machinery, and they are repeatedly optimized "the simplest version". With the deepening of my play, there will be more and more devices here. If you have enough elegance enoughThe plan is also welcome to share below.
Table of contents:
The simplest precision component assembly line
4x speed fan processing array
The simplest level 9 boiler
Best "normal" brush machine
The simplest precision component assembly line
In fact, the curtain door and conveyor belt can still be used like this
Vertical transportation
cycle
Therefore, you can get this concise device to produce precision components. From the below of the portal input raw materials (large and small gears, iron grains, golden boards, and even power), the output product of the conveyor belt output from the above conveyor belt is
Note that when entering the size of the gears and iron grains, it is necessary to press the multiple of 5, and the three robots have already held one before, otherwise the empty hand will stop the raw material
Don’t enter too many golden boards at one time, otherwise too most of the finished products will not go down, you will run away directly from the conveyor belt above
Frontal back
The brass curtain door on the left, the right on the right does not need
4x speed fan processing array
Let's take a little basic knowledge first
The length of the airflow of the fan is 3 grids, and the speed of each 8 will extend half a grid. For example, 16 speed is 4 grids, 32 speed is 5 grid
The airflow blowing out of the fan through different media will turn into four attributes. Can I do four different processing?Press [w] to release the sword qi:
Washing: water, water -containing blocks (especially recommended leaves)
Following: Magnoma, full of flames Burning room smoke: fire, camp fire, hungry flames burning room, ordered empty burning room soul -entangling: soul fire, soul camp fire, soul items right -clicking the empty burning room that has already lit
But look at the following picture
The tablet is crushed copper ore. The airflow is 4 squares long.
We found that the two storage table on the far left is a melted copper ingot, and the two are washed the clay and copper grains in the middle.
In addition to the items in the airflow, it can actually be blown into a table and conveyor belt under the airflow.There is a special case here, that is, the two storage stations on the far left of the picture. The airflow is just rubbing the side of the storage table in the upper left corner. Not only is the top burning above, but the bottom is also burned.This shows that the storage table and conveyor belt at the end of the air flow are actually seen as passed by airflow.
So the airflow in the picture has become smoky
The water washing gas in the figure became a melting gas after crossing the lava, indicating that the problem of changing the attribute through the medium has nothing to do with the original attribute of the airflow.So the question is, in the lava, whether the airflow is washed or melted?
It was mentioned just now that because the airflow can also affect the table below, we can look at the table below the block to determine the airflow attribute. The grid below the lava here is obviously washing, and the grid under the leaves is obviously no attribute.So summarize the law, the airflow in the medium is still the previous attribute ... is it?
When blowing gas becomes inhalation, the situation is different
In the figure, below the lava is copper ingot, and below the leaves is the clay and copper grains washed out of water.
Therefore, in fact, it should be seen that the left side of the leaves and lava in the map is a boundary. The airflow passes through this surface (that is, the side of the fan far away).
Try it after another medium, it really is like this
Soul -binding, blowing the soul and inhaling
There is also a special case here, that is, if the medium is closely attached to the fan, the airflow in this grid will be changed by the attribute, but the medium that does not stick to the fan still follows the rules of our previous summary.
Inhale, be burned into dry kelp below
Blowing, below is still burned into a dry kelp
So it is easy to build such a device in the early days of survival
The fan is inhaled, and the corresponding processing can be performed below each square
We know that the speed of the fan only affects the length of the airflow, and does not affect the processing speed of processing. You should already know when pressing [W] to release the big move, but multiple fans can be superimposed.Can only blow one suction
Blow on the left and inhale the right side, 2 times speed processing
So we put all the four directions on the fan, and it takes only 7.25 seconds to burn a set of things.
In this way, it is easy to create the following device. If you want to use it automatically, it should be very simple (such as a pair of robotics, one puts things to the four stations, one takes the finished product away)
There is only a chain transmission box, cross gear box, and transmission rod outside the fan in the picture in the picture.
Seeing that the fan that is close to the medium is a hair dryer, indicating that your stress is not involved
Each pair of medium is biased in the middle, with a table embedded in the floor
In the case, 10 times processing can be achieved, but I don't like this structure.Even the relatively simple 10x water washing in the figure below, the gear of the swing is already big, and it can not be like a single layer, four -in -one in the structure above, nor the raw materials and products.Input output.I am here to attract jade, hoping to have interested engineers to dig the potential of 10 times processing.
All parcels are wrapped, except for the fans below must be blowing, the other ones are filled with water, and the storage table is also water
The simplest level 9 boiler
We also know that the boiler requires 4 storage tanks per level, a full -fie -flame people burning room (2 top of the cake), pump pump (if only one) speed+20, all these three conditions are satisfied, all of which are met.EssenceTherefore, the 4 -layer boiler, with 9 flames fed, plus a pump with a speed of 180, can just reach level 9, allowing 9 steam engines to run quickly, generating 16384 × 9 = 147456 Stress stress
Coincidentally, there are still a lot of gaps between the steam engine and the connected transmission crankshaft. We can still stop something ...
The mother boiler in the lower left corner and the five boilers they expanded out. The overall structure is very concise, and there is almost no additional area.
The structure of the mother boiler is slightly more complicated than the expanded subplane, because the speed of controlling the pump is 180
The child boiler directly draws a 180 -speed gear from the mother boiler, so the structure is very simple
Beautiful mother boiler overall
The yellow glass in the picture is the position of the gear when the expansion is expanded. The wire wire is the transmission rod of the steam engine connected. Put the barrel in the placement table.It is 180 (the direction does not matter)
Remove all the necessary squares of the boiler, it may be easier to see how to place it (in the picture for convenience, use the barrier to block water)
Right front
Left front and left
If you want to start, you need to feed a fuel to a burning room first (recommending Wan Ge magma ponds or dripsticks tapered magma), and then let you turn it for a while.Turning it down: The magma pump into the barrel, and the robot is fed to the flames, and the empty barrel is full of magma ... The only disadvantage is that if a flame man is hungry, the robot feeds it to drink the magma these seconds in the past few secondsInside, the power will be reduced by one level, but a barrel of magma can burn 1000 seconds ~
The child boiler does not require the leftmost part. The structure is very simple.
Right front
Left behind
Best "normal" brush machine
On efficiency and stress consumption, there are squeezing brushing machines and quantum brushing machines, but due to various considerations (repeatedly assembled large mining cars will be very stuck, quantum brushing will have problems and maybe it will be repaired someday. These two will be repaired.The gadget is a bit too dependent), I still go to study the normal stone brush machine, and this stone brush machine is applicable in any module with a drill bit.
With the water -containing leaves, the structure of the brushing stone becomes very simple, so the point is to excavate the device
After many mathematical research, I finally found a structure with high spatial utilization rate
Basic unit (chain transmission box can be replaced with gear) plane stacking stereo stack (preferably no more than 6 layers, the round stone dug at the 7th floor of 256 speed will be too late to fall to the end), it remains to be improved by other engineers to improve
PS: The material bag used in this tutorial is Squareful square pattern made of XEKR.
