This tutorial is set by the author's setting without permission.
Note: This tutorial is completed by the landlord and a renewal machine (root number 3).f (x) = asin (ωx+φ) legacy
Let's take a brief look at the content we are talking about
PART1 Resources and Environment (have been completed)
PART2 Energy and Transmission (have been finished)
PART3 energy storage (to be filled in)
Part4 engine and production capacity (to be filled in the pit)
PART5 linkage capacity equipment (to be filled in)
Part6 Machinery and Equipment (to be filled in the pit)
Part7 logistics equipment (to be filled in the pit)
Note: Look at the content of the star number*, it is recommended to look at the content of the game, it is not very important for the content of the game, and the impact on survival is not great. Others are the must -see content.
Let's start the official tutorial below ~
Note: Welcome to help the original poster to find a harmonious word in the post!
Thanks to the following comrades for their contributions to this post
Water Element Gentleman Sang changed TNTPISTON UEYUDIUD LAOKONGSB250 small turtle
Part1, resources and environment
Part1 tutorial directory
ROC manual
The synthesis and role of the ROC manual
ROC's mineral generation mechanism
Related synthesis of rapeseed & rapeseed
Handheld synthetic table
Blast furnace & HSLA Steel
ROC unit and concept
Input and output of the device
HSLA steel basic tools and equipment (HSLA steel sickle)
Material characteristic screwdriver
Enchantment
Announce sensor
I/O glasses ROC basic parts
[spoiler]
1. ROC manual
First of all, when you come to this world, you will find a book on your body (of course, except for ROC, REC, EC, and artisan soul will bring their own books).And various data and computing formulas, of course, when you see it in English, I don't want to touch it. In the future, the ROC formula we learn will be found in the manual.
What if the manual is lost?Don't worry
This can make one, it's very simple
I do n’t need to say those keys in the manual, right?It should be exposed by yourself.
2. ROC's mineral mechanism
ROC's mineral generation mechanism
Minerals are indispensable for many MODs, and many MODs will add various minerals.In the early days of survival, you need to collect enough minerals to prepare the development of the previous technology line. Fortunately, ROC does not add any minerals (unlike what is like a thunder), so you will be happy to dig original minerals (especially special (especiallyIt is iron digging, ROC is an iron technology)
3, rapeseed
Getting and planting of rapeseed
Below we talk about a relatively simple crop, rapeseed, you can get it when you get grass. It is planted on the cultivated land like wheat seeds to provide enough moisture (preferably light, grow faster).Obtaining 4-20 seeds (20 measured, more measured, may be more) and the output is very high. The rapeseed stuff is very important. It is used to make lubricant.
The picture is the scene of holding rapeseed in hand, which is the black thing. The rapeseed seeds of different growth stages above the picture (the rapeseed on the right is completely mature)
Related synthesis of rapeseed
The rapeseed can be used to synthesize a compressed rapeseed, and the compressed rapeseed can also be decomposed into 9 rapeseed. If you can't stand it, make compressed rapeseed, which is convenient for storage. It will not be demonstrated here.(Rapeseed also supports GT, which can be extracted into 5MB seed oil in the GT liquid extract)
4. Handheld Synthetic Table
The role and synthesis of handheld synthetic table
Portable synthetic table can be used at any time (Mama no longer has to worry about the mining belt is not enough to pick out)
Take a look at its synthesis: very cheap, isn't it?
5. HSLA steel
ROC's basic machine -blast furnace
HSLA Steel is the most basic ingot of ROC. Basically, all the machine synthesis must be used for it.
Its synthesis requires a basic machine, blast furnace, first look at it, and then introduce it in detail in the future
Is it cheap?Let's take a look at how to use it.
First of all, let's put down it first. The biological group where it is located will affect its temperature, but it is not enough, so we need a heat source, magma, or other mods of hot liquid (such as the flames of TE).Put it under the blast furnace, and then wait for the temperature to rise slowly, and the HSLA steel can be fired to 600 ° C (the flame cannot be used, the temperature is not enough)
The smelting of GUI analysis and HSLA steel
As shown in the figure, the two most routine initially fired HSLA steel provided the heat source diagram. The figure below is the internal GUI of the blast furnace
This is the GUI of the blast furnace.
Put 1 sand, 1 coal/ROC coking coal, 1 gunpowder and then put 1-9 iron in the middle to be burned into HSLA steel.Can save raw materials
In fact, you can also be produced with HSLA steel waste. The HSLA steel waste obtained by the scrapped machine later can get HSLA steel ROC coking coal at 500 ° C in a blast furnace. You need to put in charcoal/coal to get ROC coking coal (not common with RC)You can do fuel, the burning time is 2400, and you can also use steelmaking
ROC's coking coal can be used to furnish HSLA steel, which can reduce the loss of raw materials
OK, the content of HSLA steel is these (in fact, there are other synthetic methods, when it comes to the machine, it will be mentioned)
As for other synthetic formulas in the blast furnace, if you want to see your own NEI (you can't do it anyway), you will specifically say when you talk about it later
In the early stage we often used the blast furnace heating method, I added a picture to let everyone know more intuitively:
There are several heating methods here. In the early stages, it should be used with magma (of course no one uses TE's bleeding or melting metal of the artisan soul, unless you are strange), you can mix and match. The specific heat source and the application of blast furnaces canSee the machine part for details
The two blast furnaces or multiple blast furnaces can share the same heat source (do not use flames, the flame temperature is less than 600 ° C, and can only reach about 240 ° C!)
6. Unit and concept -the basic physical quantity of ROC
ROC basic physical quantity and basic principle
Uh, ROC also has a basic physical quantity, but it is also different from GT. The energy of GT does not need to be calculated. How many EUs are EUs.Having said that everyone must play GT, but ROC is different. ROC's motivation often needs to be calculated, otherwise it will cause various dangers, such as explosion (this is a bit like a GT author, saying that large MOD authors like explosion)Or the machine is scrapped, let's take a look at the important physical quantities of our important physical:
① Speed speed: The passing time of the inside of the unit's arc (that is, angle speed, represented by symbol V or Greek letters ω)
Its unit is well understood, RAD/S, that is, the radian is divided by time
1rad/s = 9.55rpm (RPM is also a speed unit)
The speed, as the name suggests, is a speed, so the working speed of the machine increases with the increase of the speed (that is, the larger the speed, the faster the machine work speed, but it is not unlimited..
*② Arcs: Those who have learned the Mathematical Triangle function of the year should be understood. There are two types of measuring angle arc and angle system.
1rad = (180/π) ° ≈57.3 °
The arc of a unit circle is 6.28rad
In fact, it is not much used, because it usually uses speed, it can not be used at all
③ Torque: Symbol F (or Greek letters τ) unit NM represents the strength of object rotation power (the same as N · m, read as bee or ox)
④ Power: Symbol P Unit W/KW/MW
The change relationship is as follows 1mw = 1 × 103kW = 1 × 106W
Similarly 1W = 1 × 10-3kW = 1 × 10-6MW
In short, it is a 1000 -proof relationship
The power of the computing machine needs to remember one formula: power = torque × speed
That is: P = FV (or use Greek letters to indicate p = τω)
And because P = W/T (do not confuse Watt here, w here to indicate the symbol), some machine working hours are 1s. Therefore, the energy of 1W (ie 1J/s) is usually 1J (but only appears only appears onlyIn some machines, there are no eggs, it is generally Watt)
⑤ Power system: ROC has its own unique power system. This mechanism is different from other mods of MOD (such as the old version of the MJ, TE's RF, AE of AE or AE, the EU, UE of IC2)Energy is rotating power, that is, energy, that is, the power of the machine, then according to the above formula, the power is determined by torque and speed.
⑥ Pay attention to distinguish the physical quantity: Different machines have different demand for the above three types of physical quantities: torque, speed, and power. Some machines will have load capacity. When this limit is exceeded, the machine will be damaged and the efficiency will be reduced until scrapped, so you need to understand the machine.Some basic information (related information and formulas on the manual)
⑦The condition for machine work
Meeting the three elements of power, torque, and speed, the machine can work
7. The input and output of the machine
Input and output of the machine
This is also very important!IntersectionIntersectionMost ROC machines have input and output, and they must be distinguished.
When you put down a certain machine, the machine generally has two colors: the red surface is the output surface and the green surface is the input surface.tool.See some specific examples here:
The characteristics of the machine input output port
For example, if I put a machine casually, it will appear input and output surface. For example
There are only one output port, just like its name, fuel engine, and its name is a production capacity equipment.
Like this, some inputs and an output device are transmission or energy storage equipment, like this industrial coil is a typical energy storage equipment
Let's take a look at the special input and output shaft boxes of some transmission equipment are used to divert and flow, so it has 2 inputs and 1 output/2 outputs and 1 input
There are two input ports and two output ports
There are 6 different colors of the oblique gear and multi -directional clutch. There is also an input and an output, but the position of the input and output port can be adjusted. We will introduce it later
8. HSLA tools and equipment
HSLA tools and equipment
Next, let's talk about some tools and equipment of HSLA steel. First of all, HSLA steel suits are slightly higher than ordinary iron suits, and there is no need to explain it. The specific synthesis is the same as the original iron pick. You only need to replace the iron ingot to HSLA to HSLA.The steel is fine, and Gray will not be affected.
ROC special tools -HSLA steel sickle
In addition to the five major tools of HSLA steel: hoeing, picking, shovel, ax, sword, there is also a unique tool: HSLA steel sickle, HSLA steel has infinite durability (don't look at me), you can harvest crops in the range, which is related to TE.Similarly, its maximum harvesting range is in the 9 × 9 region of 4 cells from the center of the harvesting point as the center, let's do it:
Some crops have been placed in advance.
It was harvested in an instant.
Take a look at the synthetic table:
Supplement: Note that HSLA steel sickle is invalid on the IC crop frame
Let's send another HSLA steel tool for family portrait
*9. Material characteristics
Material characteristics -density, tensile strength and shear strength
It's time to get boring data again → _ → 唉, you can choose not to read this content (I personally think that except for the science science knowledge, it is basically useless, although there is a manual)
Material name
Density g/kg · m-3
Tensile strength TS/MPA
Anti -shear strength SS/MPA
wood
0.8 × 103
20
11.6
Stone
3 × 103
100
40
iron
7.8 × 103
200
116
steel
7.8 × 103
400
280
gold
19.2 × 103
108
62.6
diamond
3.5 × 103
5 (GPA)
2.9 (GPA)
Note: 1gpa = 1 × 103MPa
10. Screwdriver
Screw knife function
You can understand the wrench of other mods, but the "wrench" of ROC is a screwdriver.
The screw knife has the following functions
① Adjust the input and output of the ROC machine
② Hold down Shift and remove the ROC machine and equipment
③ Adjust the original stairs/piston/box, etc.
④ Link with TE: Same as TE Crescent Hammer, adjusting TE machine's orientation, can also allow TE sink output
⑤ Adjust the mode of the ROC machine, such as the transmission mode
⑥ Link with BC: the function of supporting BC wrench
Synthesis of screwdriver
Synthesis is not expensive.Wood sticks or wooden boards can be replaced by other mods (such as BOP)
11. Enchant
ROC tools and equipment enchantment
Some tools and equipment of ROC can use enchantment, which is the same as the original enchanting (most of the base rock tools comes with enchantment)
But not all, such as scissors and enchanting, it is invalid. If other mods are installed, the magic attachment attributes and effects of other mods may be attached to the magic attachment
12, angle sensor
The role and synthesis of the angle sensor
You can understand the angle sensor as a multi -purpose meter.The angle sensor is used to view the working situation of the machine.Sometimes, when you put down the machine, there will be an input and output port, but it will disappear after a while. This is your angle sensor coming in handy. It can replace the input and output port of the machine.View the temperature of some machines, the transport direction of the axis, etc.
The figure is to view the transport direction and input and output of the shaft
As shown below, view the temperature of the machine (I will tell you whether it is on Waila [WAWLA])
Take a look at the synthetic table:
board.Redstone.HSLA steel.
13. I/O glasses
The role and synthesis of I/O glasses
You can see the input and output port of all machines. Look at the picture, a green and red (mourning), green input, red output
HSLA steel.The last shadow pearl.Redstone.It can also be produced in the ROC workpanage.
14. The synthesis of some basic parts (Okay, after the lecture, after the get out of class, this class is here ==)
Synthesis of basic parts
[1] Simple axis unit (more conscience than Gray = =) In addition, it also supports the smelting furnace of the artisan soul
[2] Material board, the Gray has been moved, it also supports the smelting furnace of the artisan soul
[3] Book, what most machines need, are equivalent to GT steel shells, but it is much cheaper
The bracket also supports another synthetic method. Among them, tin ingot can use a variety of different mods of MODs.
Like IC's tin, GT's tin, TE tin, ELC electronic technology, tin, artisan soul tin, forestry tin, railway tin, and ROC's own tin are all possible.
[4] HSLA steel gear, the casting table of the smelting furnace that also supports the soul of the artisan soul
[5] Steel block, which also supports the smelting furnace of the artisan soul, also supports ROC's workbench. Steel blocks can be synthesized from 9 HSLA steel [6] power module
The second black crystal in the middle of the synthetic is silicon. It can be processed with other mods (such as GT silicon ore). It can also be used by ROC itself. People who want to know can be NEI.When the machine is at the machine, it will introduce the processing method of silicon.
In addition, there is a synthesis method linking with other mods:
Redstone.Copper ingots.Amber gold.HSLA steel.
[7] circuit board
Combined with other mods: synthesis:
Copper ingots.HSLA steel.Amber gold.Redstone.
[8] screen
Some image equipment parts
[9] Stone stick, diamond axis unit (base rock shaft unit)
Synthetic method is similar
It's just some rods, GT: Unscientific without hammer and knife!
The synthesis of the Kinetan axis unit is slightly special, and it is necessary to use a blast furnace synthesis. Later, let's talk about it. The needy needs NEI. It is not mentioned here.
[10] diffuser
[11] Compressor (not a machine, a part!)
[12] Promotioner
HSLA steel can be replaced by tin
Part2, energy and transmission
After the baptism of the previous issue, I believe that everyone has understood the ROC MOD. Today I will go to the PART2 Energy Article. Special attention, this period is very important. Without energy, your machine is a bunch of scrap iron.Therefore, we will talk about energy in this issue and lay the foundation for the following content.
Part2 tutorial directory
Workbench
Synthetic template
axis
Power meter
Oblique gear
Cross shaft
Split box/axis knot
clutch
Multi -directional clutch
Gear part
Energy initial explanation
Gearbox & lubricant oil
Conveyor hub
Chain drive
Snail teeth
Stepless transmission
High -speed ratio drive
Axial power bus controller
Axis power bus
1. Workbench
Basic functions and synthesis of the workbench
The basic parts of ROC are completed by the original workbench, but some equipment and machines need to be completed by ROC's own workbench.
Except for the blast furnace and the workbench itself, other equipment basically needs it to make it, so it is very important.
First look at the synthetic table:
The simplest function of the workbench (that is, basic function), synthetic machine
Other functions of the workbench
Pass the redstone signal to disassemble the machine (the damaged device cannot be disassembled, such as the damaged gearbox)
Press twice in a row
The machine is disassembled into raw materials (especially the machine you move, but you don't want to waste it, you can disassemble it into raw materials recycling and reuse)
The device that can be disassembled must be a device made by the ROC workbench.
*Tongjia redstone signal can automatically synthesize the device
It can synthesize a device like this.If the pulse signal can be used for automatic synthesis, this workbench becomes an automatic synthetic table.
Pulse signal and automatic synthesis
Here I made a simple pulse signal generator
There are some raw materials in the box.Press the lever to provide pulse signals.
Simple automation and synthetic template
It will automatically synthesize.Maybe some factories need to automatically synthesize some devices, but other MOD automatic workbench does not support ROC machine synthesis, so you can use this feature to compete the device with motion synthetic ROC.
Or we do some simple automation
Before this automation, we need a tool: synthetic template
HSLA steel.The material board can make 4 synthetic templates.
Synthetic templates are similar to other mods of MOD (such as BC automatic synthetic table marks, blueprints, TE mechanical work tables, and drawings).
Synthetic templates support the synthesis of three machines: blast furnace, original workbench, ROC workbench
Make a demonstration here
Mark it first and then put it in the ROC workbench (I do n’t know why, the emerald pipeline is bug, in fact, the emerald pipeline should be used to inquire the transmission function, marked 1 fluorite, 4 HSLA steel and 4 glass.Just make it temporarily)
It will start automatic synthesis (the pulse signal is provided later)
The other two functions of the workbench
It has nine -grid cache space for cache items (even if this synthesis is not established)
The workbench can also charge the spring tool, let's talk about it later
2.
Basic role of axis
The shaft is the simplest transmission equipment for ROC. It can transmit energy along the line without loss. The axis does not require lubricating oil. The axis of different materials have different tolerances.
When using a shaft, it will be damaged because it exceeds the limit capacity axis, so it is necessary to choose the appropriate shaft according to resources and energy needs (such as a cheap wood axis)
Related information of the axis
Here is a table of materials and maximum speed and torque about the axis:
Material
Maximum speed ω/RAD · S-1
Maximum torque f/nm
Wood shaft
3577
278
Stone axis
11561
958
Steel shaft
57005
6711
Diamond shaft
4121484
69508
Rock axis
Infinite ∞
Infinite ∞
Therefore
Axis synthesis
Take a look at the synthetic table: (need to be synthesized in the ROC work office)
Wood shaft
Stone axis
Steel shafts, diamond shafts, and base rock shafts are synthesized by the axis unit+bracket of the corresponding material, which can be synthesized at a time
Conditions of shaft damage
Take a look at the conditions for damage to the shaft
Here we just set the rated speed and torque of the steel shaft to open the tie rod.
At this time, the small explosion (the axis explosion will not damage the item) and then the shaft is broken
The bad shaft has a chance to drop some parts.The damaged shaft can be repaired with the corresponding axis unit.
How to view the basic information of the ROC machine
Here is a feature. Press the shift machine in the backpack.
For example, you can view the maximum speed and maximum torque here
Note: Input and output in the axis, you can use a screwdriver to change the position of the input and output port. You can view it with an angle sensor, and at the same time you can view the energy and speed of the shaft (but you cannot get the torque, but you can still use F = P p/V's formula to find torque. If you feel trouble, you can use the power meter, and get three data at the same time)
In addition, there are some calculation formulas and more data on the manual
Analing between shafts and other mods
Compare with other mods: the axis is equivalent to the pipeline and wire of the energy of the energy of the energy
This stuff is similar to the IC wire god, without damage transmission, but can only take the straight line
Some of the later transmission equipment can be analogized with other mods, please compare them by themselves.
3. Dynamics meter
Basic functions and synthesis of dynamic meter
It is used to detect the size of the three physical quantities (torque, speed, power) of the machine. The three physical quantities are visually visually, which is equivalent to a one -axis transmission energy.
Synthesis needs to be carried out in the ROC workpanage: (the parttables are written in the back, all of which are synthesized in the ROC workpanage)
Note: The power meter should be used frequently in future experiments
Other functions of power meter
The power meter can also be used as a shaft that transmits a grid energy
When the machine works, the power meter will display the relevant information of the machine work (especially after the speed of the machine, I don’t know how much the machine output can use the power meter to help you)
I just said that the power meter can be used as axis. If you are a local tyrant, then you can do this
Well, don't care about the local tyrants, or the machine that is honest as a machine information is better
4, oblique gear
Basic effects and synthesis of oblique gear
I just said that the axis can be available in linear transmission, but what about turning?We know that other mods of MOD, pipelines and other items can be directly transmitted by items, while ROC cannot, then we need to use oblique gears, first look at the synthetic table
Put it on the ground, we will find 6 noodles of different colors
Only green and red blocks are output surfaces, and other color surfaces are to facilitate us to adjust its input and output surface
Use an angle sensor or screwdriver to see its input and output surface again
But no matter how you adjust or place, the color of each surface will not change (because there is no configuration)
Open GUI, we find some letters and noodles with color
The corresponding relationship between the color of the oblique gear and the direction
As mentioned just now, the oblique gear is used for turning.Here the GUI default is to choose input to W, output to N
These symbols of Dunswe represent the six directions of the bottom, up, north, south, west, and east respectively.
The color just corresponds to those aspects. Using this feature, we can click on those blocks to adjust
Here we make a demonstration
If the energy comes from the axis on the left, to transmit to the axis in the front, the oblique gear should be input from the west (orange surface), and the south (black surface output)
Change the output end to S (black one) at the GUI of the oblique gear to turn the energy
The characteristics of oblique gear transmission energy
Maybe you feel that the distinguishing orientation is very ribly. In fact, you can adjust the input and output through the color (corresponding to the color of the direction)
It should be noted that the transmission energy path of the oblique gear is a vertical fold line, that is, the input and output cannot be a common line or a common point
The input and output direction cannot be exactly the same (input and output points cannot be recaptured)
The input and output direction cannot be opposite (the straight line where the input and output cannot be co -line, that is: cannot be used as a shaft)
If you choose one direction, you cannot satisfy the above two points, so it will become gray
For example, if we have chosen the north, the output cannot be selected from the north or the south
5. Cross shaft
The synthesis and basic use of the cross shaft
Have you seen the cross cross?This stuff is similar to the principle of cross -crossing port.Take a look at the synthesis first:
When you put down the cross axis, you will find 2 inputs and 2 output ports, as shown in the figure:
The cross shaft can be used for energy crossing. The screwdriver can adjust the position of the input output port clockwise, but both inputs and two output end are closely connected to, Delivery for straight line
Relationship between the role and position of the cross axis transmission energy
The DC electric engine on the left gives the pump function on the right, and the performance engine at the back gives the grinding machine function in the front. That's it. A cross -cross port to ensure that the two energy will not interfere.Note: Cross shaft must be straight -line transmission
6. Summary box/axis knot
Synthesis of a shaft box/shaft knot, analogy with other mods, analogy, tolerance
When I said later, if this machine has a diversified effect, then I will be called a shaft box. If there is an exchange effect, I will be called a shaft knot.Note that when the split shaft box is diverted, if the input torque is a wonderful number, the decimal will be produced after half, then it will be tidy upward (prevent waste as much as possible as the integer is a merger)
It should be noted that the just -made split box/axis knot is made of steel, and only the energy of 4 capacity equipment (even the energy of the chicken) can be damaged, otherwise it will cause damage.The damaged split box/shaft knot removal will drop some parts.
Those who want to use the DC electric engine to make a array!(The same is true of other engines)
If you really want to make some arrays so that the energy of the split box/axis can receive the energy of multiple capacity equipment, you can use a 2 × base rock gear to upgrade it right.If the number of pairing capacity equipment is not limited, the energy that can receive infinite production capacity equipment is very efficient. Note that the spacing four -grid shaft knot and the previous axis need to be upgraded
As shown in the figure, the shaft box/axis material of the 2 × base rock unit will also change.But the cost of using the DC electric engine array is too high!
Flowing law of shaft knot
The split shaft box/shaft knot has two functions of the names, diversion and flow (analing to our iron pipes and diamond pipes)
The function of a shaft box/shaft knot is also very simple
Right -click the screwdriver to adjust the input and output direction, and hold down Shift Right -click the adjustment mode (diversion/exchange mode)
Now we will specifically explore the relationship between energy distribution and convergence (two -in -one and one -in -two)
Here is the simplest DC electric engine demonstration
From this obtaining the flow of convergence of the axis: When the energy convergence of the energy under the same speed, the distribution of energy is doubled and the power doubles
If the energy of different speeds is converged, the energy distribution of the three physical quantities of the capacity of the energy with the highest speed, and the energy of the equipment with lower production capacity is equivalent to swallowing.Therefore, we must ensure that the speed of the speed (and the different speed will cause the axis damage)
Diversion law of split shaft boxes
Take a look at the regular energy distribution of energy distribution. Energy can adjust the distribution ratio
Let's take a look at the basic information of the performance engine, turn on the tie rod, and let the energy start allocation
When we choose 1: 1Even, it means that the energy ratio of the two ends at the time of diversion is 1: 1, and the energy is an average distribution
There is no need to deliberately emphasize the same speed here, because the split box has only one input terminal in the diversion mode.
That is: in the 1: 1EVEN mode, the power is half, the torque is half, and the speed is unchanged.
Here is another mode of demonstration
Set into 3: 1inline mode, we can clearly see that the energy is divided into four copies, the speed is unchanged, and the energy torque and power ratio on both sides are 3: 1
Adjust the 1: 3BEND mode, you can find that the torque and power ratio of both sides becomes 1: 3
In other ways, energy distribution has become 32, 16, 8, 4, 4, and 2
One of them is output for 1 copy, and the others take 31, 15, 7, 3, 3, and 1
Both are allocated in proportion, corresponding to the Bend mode, corresponding to the output direction of higher energy and lower energy
Note: There is no limit on the three physical quantities of the shaft box/axis, and no lubricating oil is required.
The role and synthesis of the clutch
Similar to the switch in the circuit, the energy is no longer transmitted when the red stone signal is turned off.
Here we give a simple example
Open the BC fuel engine lever to provide energy.(The static magnetic engine on the right is set up at the speed)
Do not open the redstone signal next, observe the power meter
Open the lever and provide redstone signals to the clutch.
Seeing the number of dynamic meters on the right, it also confirmed that the clutch could control the interruption of the line.
Tell you secretly: The second synthesis is cheaper than the first synthesis (because one can synthesize 8 axes at a time)
Other functions of clutch
The clutch after opening the redstone signal is equivalent to the axis (please be at will)
8. Multi -directional clutch
The direction and adjustment of multi -direction clutch
Putting it down, we will find that there are six different colors of different colors like oblique gears in a multi -directional clutch. The green and red are input and output.
In order to enter the oriental input by default, output below.You can view the relevant information and the input and output surface by using the angle sensor. Use the screwdriver to adjust the direction of the input port (not overlap with the output port)
Right -click the GUI, fluorite is the default output direction, you can click to adjust the default output direction
For example, we can let it output to the West by default, and it is not necessary to say that the color and direction are not needed. It has been said in the oblique gear.
What about the position of the redstone?
The multi -direction clutch uses the redstone signal to accurately control the position of the output port.
Let's demonstrate now:
The 1-15 mixture signal generator has been placed here.
Now we adjust the multi -direction clutch
Under the default situation, output downwards, when the redstone signal is output up at 14, the redstone signal strength is output to the north, the redstone signal strength is output to the south at 12, and the redstone signal strength is output to the west at 11 o'clock.The stone signal is output to the east at 10.(Others are default: output down, others can also be adjusted, but it can be consistent with other colors or directions that have been set, such as choosing two north is also possible.) At this time, the signal strength is 14
At this time, the redstone signal was 13, and the other is the same.If there are two or even more redstone signals (open multiple tie rods), the signal issued by the front tie rod is subject to.
It should be noted that if the direction we choose is conflict with the direction of the input terminal, the judgment is not output (the input and output are in one square)
With the characteristics of multi -directional clutch, we can perform simple automation management.
Simple application of multi -directional clutch
You can also do a simple directioner.
Open the lever, the energy will be switched to the right.
Synthesis of multi -direction clutch
Take a look at the synthetic table of the multi -direction clutch:
The one in the middle is the 2 × gear unit. Let's talk about the gear parts below.
Other functions of multi -directional clutch
Multi -directional clutch can be used as a shaft or oblique gear (no redstone signal is provided)
Just like this
9. Gear parts
Basic gear
There are several most basic gears here: wooden gears, stone gears, HSLA steel gears, diamond gears, base rock gears
The base rock gear is also explained in detail later. Now let's look at the first four gears
Because the entire screenshot is slightly tedious, text introduction is used here, and those who need it can be NEI
Wood gear: 5 wooden board synthesis, one can be obtained.
Stone gear: 5 stones synthesis, 2 can get 2
HSLA steel gear: 5 HSLA steel synthesis, 3 can be obtained (can be synthesized with artisan soul smelting furnace)
Diamond gear: 5 diamond synthesis, 8 can get 8
Multi -layer gear (gear unit)
2 × gear unit: 2 corresponding material axis unit+2 corresponding gears
4 × gear unit: 2 × gear unit+2 corresponding axis units
8 × gear unit: 1 2 × gear unit+1 4 × gear unit+2 corresponding shaft unit
16 × gear unit: 1 2 × gear unit+1 8 × gear unit+2 corresponding shaft unit
(You can also use 2 4 × gear units+4 corresponding axis units to synthesize directly)
Gear and gear units are important parts of machines and gearbox synthesis.
10. Energy primary explanation
When it is about to perform the content of the gearbox and other energy sources, let's first understand some energy content.
The extreme work speed of the machine
First of all, we can briefly understand the speed of work.
The extreme working speed of the machine is 1Tick, which is one -twenty -second, 0.05s.
That is to say, no matter how much speed you provide, the machine will reach 1T as soon as possible.
Calculation formula for the extreme work speed of the machine will be written.
Machine level
Different machines consume different power. The same machine is divided into different levels. The level is determined by power. All machines are divided into 17 levels. After introducing the machine, I will list the level of the machine into a table for everyone to watch.
Energy system
Maybe you will find that the many equipment of ROC's equipment is quite simple (or even I can make it in minutes)
But ROC is different from other mods. Like Gray, as long as you do it, you can basically work.But ROC is different. Even if you create this machine, you have no energy and cannot meet the needs of the machine work. This machine is still a bunch of scrap iron.(MFR is unscientific), as long as the production capacity equipment works, regardless of whether the energy consumption machine works, the output energy and loss of production capacity equipment have been fixed.This is the energy system unique to ROC
In this case, if the machine does not work or work, the capacity and equipment will not be stopped, and the remaining energy will be wasted
Working principle of gearboxes
Part1 has already said P = FV formula (or p = τω)
When the power is unchanged, the torque and the speed are inversely proportional
This also means that every time the torque is increased, the speed must be reduced.
On the contrary, every time a certain multiple of a certain multiples are reduced, the speed must increase the same multiple
The working principle of the gearbox is exactly the case
Let's start introducing very important devices -gearboxes
When you adjust the three elements of the machine, the equipment is essential. The gearbox will always be your good friend when the machine is used.
11. Transmission
The role of the gearbox and the use of lubricating oil
The principle of the gearbox has just been talked about. With the total power of the gearbox unchanged, the sacrifice torque in exchange for speed or sacrifice speed for torque to meet the work needs of the machine, so you always use the gearbox
Except that the base rock gearbox does not require lubricating oil, the gearboxes of other materials need to be lubricated, otherwise it will gradually damage. The damaged gearbox will have greater energy loss during the transmission process, but the corresponding gear can still be used.To fix
Our grinding machine part of the lubricating oil will get the method of the grinding machine to the machine, and now it is only mentioned.
With the lubricant barrel right -click to the gearbox, you can get oil on the gearbox. Take the corresponding gear unit and right -click to the gearbox right.Lubricant gearboxes (equipped with lubricant gearboxes, lubricating oils in the interior after removing will not disappear)
In addition to not being damaged by lubricating oil gearboxes, it will explode directly after the bearing capacity. The explosion will only damage itself. It does not damage the surrounding items.
As shown in the explosion gearbox
The number of items dropped by the explosion is related to the number of production materials. The higher the transmission ratio of the transmission ratio, the higher the number of drops.
In addition to the explosion, it will be on fire (120 ° C will fire)
The cause of the gearbox on fire or explosion
Let me explain the specific reasons: In fact, exceeding the bearing capacity will indirectly cause the temperature to increase, and the ROC machine is very sensitive to temperature. Once the temperature that can withstand the device can be ignited or exploded (exactly like GT machine) (exactly like GT machine))
In the next issue, we will specifically introduce temperature In order to avoid this, try to consider the tolerance of the gearbox as much as possible and the relevant data of the production capacity equipment
In fact, when the transmission that does not get lubricating oil is gradually damaged, it will accompany the sound of the hammer knock, and the damage will not reach completely damaged or scrap (different from the shaft).Stepping until the fire or explosion, and energy transmission will also suffer a lot!
Regarding the use of gearboxes, be sure to pay attention to two points: pay attention to the bearing capacity and ensure sufficient lubricant (especially wood, flammable and explosive), so basically no one can use it.
The lubricant cannot be fell to the ground, and then the right -click the ground with the lubricant barrel is useless.
You can add the gearbox with the lubricant barrel with your hand, and the barrel will not be consumed.
The material, proportion and bearing capacity of the gearbox
There are 5 types of gearboxes: wood, stone, steel, diamond, and base rock
There are 4 specifications 2: 1, 4: 1, 8: 1, 16: 1
The synthesis of steel, diamonds, and base rock gearboxes is a gear unit+a bracket to synthesize
Wood and stone transmission requires a gear unit+5 wooden boards/5 stone steps
The following is the relevant data of the gearbox. In fact, as the shaft is, explosion or other dangers will occur more than the tolerance range!
Material
Maximum speed ω/RAD · S-1
Maximum torque f/nm
Wood shaft
3577
278
Stone axis
11561
958
Steel shaft
57005
6711
Diamond shaft
4121484
69508
Rock axis
Infinite ∞
Infinite ∞
These four specifications, that is, the ratio of the transmission of the transmission and speed distribution.
The gearbox of 2: 1 can turn the torque to twice the original, the speed to the original 1/2, or it can also be transformed in reverse
4: 1 The gearbox of 1 can turn the torque to 4 times the original, the speed becomes 1/4, or it can also be transformed in reverse
The transmission of 8: 1 can change the torque to 8 times the original, the speed to the original 1/8, or it can also be transformed in reverse
The gearbox of 16: 1 can change the torque to 16 times the original, the speed to the original 1/16, or it can also be transformed in reverse
As shown in the intuitive picture of demonstrating the gearboxes
The interface of the gearbox
Let me talk about the GUI of the gearbox here first
First, put down an arbitrary gearbox and open its GUI:
This is the interface of a gearbox.
Ratio is its gear rate ratio. For example, we put a diamond 4: 1 gearbox here.
MODE is the mode of gearbox, which is divided into torque mode and speed mode.
The torque mode is increased torque and the speed decreases.The speed mode is increased speed and torque decreases.But the total power is unchanged.
Use a screwdriver to hold Shift Right -click to adjust the gearbox mode (the right click is to adjust the position of the input and output port)
Power represents the power of the transmission output (generally the same as the input power)
DAMAGE is the damage rate of the gearbox. Just now we demonstrated that the damage rate of the gearbox reached 99%(the temperature rose)
The groove on the left is the lubricant groove of the gearbox. The amount of lubricating oil can be installed in different materials gearboxes
After actual testing, the speed will not change as the damage rate increases, but the torque will continue to decrease. According to P = FV, the power will continue to decrease. Although lubricating oil can make the transmission damage rate no longer increase, it cannot beReduce damage rate
When the gear unit is repaired with the gear unit, the damage rate can be reduced to 0%, which is the initial state.
Take photos of the gearbox family.
The gearbox of different materials can be installed in the capacity of lubricating oil
Do not load lubricating oil in the wooden transmission, that is, one time, it will be bad after use
The stone variable gear can be installed up to 8 barrels of lubricant, which is 8000MB
The steel gearbox can be loaded up to 24 barrels of lubricating oil, which is 24000MB
The diamond gearbox can be loaded in up to 1 barrel of lubricating oil, which is 1000MB
The base rock gearbox does not need lubricating oil, and can withstand the torque gear unlimited (it exists like a bug)
The speed of the gearbox consumes lubricating oil
For different proportion of stones with a variable ratio of stones with the changes in the volume of lubricating oil over time (that is, the speed of consumption of lubricating oil), the speed of consumption of lubricating oil is similar to 2MB per 4s, which is 0.5MB/s.The box consumes slower than the stone gearbox.
Diamond gearboxes of different proportions will be much slower to consume lubricating oil. You can use a bucket of lubricating oil for a long time
That's the content of the gearbox.
12. The conveyor hub
Synthesis of the conveyor hub and the basic parts composed of composition
This is a long -distance device that transmits energy.First look at the synthetic table:
In the middle is the hub
The hub can be synthesized like this:
In the middle is a shaft core, the upper right corner is the bearing
The synthesis of the bearings also needs to be used by a drum bearing:
Two synthesis methods, orderly and disorderly.
The role of the conveyor hub and the belt
The conveyor hub is suitable for long -distance transportation energy (otherwise it can also be used with shafts or the like ...)
The conveyor hub should be used together, and it must be in the same space, the same plane, and the same line.
The conveyor hub default is the input mode, you can have an input port or an input port and an output port. Hold the screwdriver and hold the shift+right -click to adjust it to the output mode. You can have one or two output ports.
The conveyor hub does not require lubricating oil, but the belt is required, and no obstacles can be occurred on the straight line. Each grid of the transmission distance is consumed (the conveyor hub itself is not counted).You can connect the conveyor hub
Take a look at the synthesis of the belt:
The maximum speed received by the conveyor hub is 8192rad/s, and the maximum torque is 8192Nm. Even if it exceeds this maximum value, it will not explode.
Two conveyor hubs also need to be in the same direction.
As shown in the figure, the two conveyor belt hub has been connected (the belt is the same as the tube extended from the BC liquid pump, in fact, it can be used to pass, there is no egg, it is not an obstacle)
The distance of the maximum transmission energy of the conveyor hub is 64 grid
Precautions used by conveyor hub
If the two transmitted belt hubs will continue to turn, the output energy will slowly reduce to zero.
The conveyor belt will not be lost, and the block that is blocked can be restored.
There will be a large loss in the humid environment (it will also be in the desert) in a humid environment!
And the loss is quite terrible (the torque decreases, the speed is declining, which leads to the continuous decline in power) is also very scientific
The maximum speed that can be received in the loss is 2krad/s (in fact speed, torque, limited energy)
The maximum torque is 2.048kNm, and the maximum power is 4.305MW
In some cases, in rainy days (or humid environments), we have not seen the loss of three physical quantities. Why is this?
We also saw it just now that in the humid environment, it will only restrict energy. The so -called loss is the energy of that part of the energy during the energy limit process.If the limit of restricting energy is not reached, no loss will occur.
I do n’t know if everyone understands it, that is, it does not exceed the maximum production capacity equipment that limits torque, speed, and power. There is no loss in the use of a conveyor hub in a humid environment.
The transmission nature of the conveyor hub
Next, start to explore the nature of different modes of the conveyor hub:
When the input mode is 1 input port and the output mode is 1 output port, the input is equal to the power torque and speed of the input end.
When the input mode is one in the input and output port, and the output mode is one of the output port, at this time, the teleporter hub is equivalent to a split box that acts on the starting end. At this time
When the input mode is one input port, and the output mode is two output ports, at this time, the conveyor hub is equivalent to a split box that acts on the final position. At this time
When the input mode is one in the input and output port, and the output mode is two output ports, at this time, the teleporter hub is equivalent to two split boxes that act on the starting position and the final position.Average twice
What if it has two output places without output equipment?
Then energy will be lost (so be sure to determine whether the output of the energy is vacant)
Do not use it for a shaft, the torque and power will be halved
13. Chain drive
The synthesis of chain drive and chain
It is a good base of the conveyor hub
Take a look at the synthetic table
Similar to the conveyor hub, look at the synthesis of the chain corresponding to the belt
(Why do you feel that the chain drive is cheaper than the transmitter, sweat ...)
Function of chain drive
The functions and usage of the chain drive are the same as the conveyor hub (except that the two chain drives are replaced with chain right), the input mode output mode and the related nature are the same as the teleporter hub, but there are some different points.
First, the maximum torque and speed that it can receive is greatly improved -turned into 16.384kNm and 65.536krad/s
Secondly, since it is made of steel, it is much more durable than the belt made by the leather. Even if there will be no loss even in rainy days, there will be no loss.
Notice!The maximum speed and torque that the receiving terminal can receive will explode!The chain will be blown up!The cubes around them will also be blown!Compared with the conveyor hub, it is more dangerous.
But the conveyor hub does not explode.
14, snail teeth
The role and synthesis of snail teeth
Its synthesis requires snail teeth
What is the role of snail teeth?The snail tooth is equivalent to a 16: 1 torque mode gearbox, which cannot be converted, and does not need lubricating oil, and it will not be damaged (like the base rock equipment)
There is an input and output port in the snail tooth
The disadvantage is that energy loss will occur. The larger the power (or speed) receives, the greater the loss. Right -click by the angle sensor to view the loss ratio of the snail tooth
The Power Loss shown in the figure is the loss ratio, at this time 0.88%
15. Schedule transmission (some translations are also called CVT devices)
Synthetic of stepless transmission
The stepless transmission is a special gearbox and the strongest in the gearbox industry.
First look at the synthetic table:
Its synthesis requires the base rock shaft unit, which is quite expensive (but the practical value is very high), it is completely considered a later thing
The interface and application of the stepless transmission
Open the GUI of the stepless transmission
The groove on the right is used to install lubricating oil. The stepless transmission requires lubricating oil but it will not consume at all.
Take the lubricant barrel with your hand and right -click to install it
Those grids need to be filled with leather. The gear transmission principle of a stepless gearbox is that every time the belt is put in, the maximum transmission ratio will be twice as much as it. As for the transmission ratio, we can manually adjust or automatically adjust. The default transmission ratio is 1: 1
Here is the first three lines of a stepless transmission. The first line is put in the belt. The maximum transmission ratio is 2: 1.Become 8: 1. Put the belt in the fourth line, the maximum transmission ratio becomes 16: 1, the last two lines are filled with belts, and the maximum transmission ratio is 32: 1
If one line is not full, what is the situation?
For example, in this way, the fourth line is not filled, or it is disconnected, then the back will not take effect, that is, it is still calculated according to the proportion of the belt in the first few rows. As shown in the figure, the maximum transmission ratio is 8: 1 8: 1
Belt Ratio on the right is its proportion that can be adjusted manually.
For example, we can adjust it to 9: 1 (not the multiple of 2 can also be)
The range of the proportion of the transmission depends on the number of rows you put in the belt (the last two lines are used as one line, there are 5 lines in total)
If the number we entered exceeds the maximum transmission ratio, it will change to 8 after the GUI is turned off, which is the maximum transmission ratio. According to the ratio of 8: 1
As for the box below, it is similar to the gearbox. It can be adjusted to speed mode and torque mode. The speed mode has increased speed, torque decreases, torque mode torque increases, and speed decreases.(The multiple of the proportion of the increase is set)
You can also adjust to a torque mode, and you can adjust the left click of the mouse (the screwdriver holds the shift right -click and cannot be adjusted)
There is a redstone signal in the upper right corner. Click on, we can automatically set the transmission ratio
The speed here can only be 1, 2, 4, 8, 16, 32. Torque after the speed, which corresponds to 1, 2, 4, 8, 16, 32, and can be adjusted.A total of 12 modes can be switched.
The bright red stone fire handle is when there is a redstone signal, select the transmission ratio set at this time
The extinguishing red stone fire handle is when there is no redstone signal, select the transmission ratio set at this time
Note: Automatic control (redstone control) and manual control cannot play a role at the same time.
Here we will demonstrate
Open the lever and provide redstone signals. At this time, according to the settings, the speed becomes 4 times, the torque becomes 1/4, and the power is unchanged.
Seeing the speed here is 2krad/s, it is obviously inaccurate, and the approximate value is taken, but it is actually 2048rad/s
The stepless gearbox can be used for free transmission ratio of the factory. In addition, the extraction machine in the machine to be mentioned later can also use a stepless transmission to achieve the extreme work speed.
16. High -speed ratio transmission
The synthesis and functions of high -speed ratio transiters
Give synthesis, as always expensive (all are base rock materials!)
The function of high -speed transmission is the same as its name. It is also a special gearbox. The transmission ratio is 256: 1. There are two modes: torque mode and speed mode, which correspond to the torque to the original 256.Bex or speed becomes 256 times, which will reduce the same multiple as the corresponding physical quantity, and the total power remains unchanged.High -speed transmission energy does not lose energy, but it needs to ensure the supply of lubricating oil, and it will continue to consume lubricant during work, and the consumption speed is extremely fast.
My input speed is 2560rad/s, and the torque is 32Nm. You can see the effect of a high -speed ratio transmission
17. Axial power bus controller and axis power bus
Synthesis of the axis power bus controller and axis power bus
Let's take a look at the synthetic table first:
This is a shaft power bus controller. This is a shaft power bus
The linkage function of the axis power bus controller and axis power bus
The upper and lower bottom of the axis power bus is used to enter lubricating oil. The storage capacity is 8 barrels, that is, 8000MB (moderate speed of consumption of lubricating oil)
The black jack behind the axis power bus is used to transport energy. Use a screwdriver to adjust the position of the black round hole
There are four black frames in the other three circles and four directions.
Open the GUI of the axis power bus, you can find that there are four different colors of mouth
Use the axis power bus to connect to one of the other three planes. When the successful connection is successfully connected, the one -convergence of the one -to -be connected to the axis power bus controller will disappear (if there are multiple axis power bus, each other, each other, each otherThe coincidence will disappear)
The function of a shaft power bus is to allocate energy and transmission (comprehensive of a shaft box and gearbox)
Put the corresponding axis unit (wooden stick, stone stick, axis unit, diamond axis unit, base rock axis unit) at different colored positions)
Can allocate energy
These colors are also corresponding to the direction and GUI and markers. The materials will be consumed when the mark
The directionability of the axis power bus
No matter how the axis power bus is placed, it is always northern red, south blue, western green, oriental yellow
Energy distribution of the axis power bus
When a shaft unit is marked, the output position corresponds to the label color. The three physical quantities output are the same as input
When the two axis units are marked, the output position is corresponding to the label color, the speed of the output is equal, and the power and torque are halved (the same as the division box 1: 1EVEN mode is the same)
When the three axis units are marked, and the output position corresponds to the label color, the speed is unchanged, and the power and torque become 1/3
When a shaft unit is marked, the output position is not corresponding to the color of the mark, as shown in the figure (I marked green)
Energy output is 0
When the two axis units are marked, one output position corresponds to the label color, and the other output position is not corresponding to the label color
The three physical quantities that are not corresponding to the corresponding output are 0, the corresponding speed is unchanged, and the torque and power are halved
In other words, every time a shaft unit is placed, the energy output will be average (twice or 3 times), even if the output has no energy -consuming device
Therefore, you must pay attention to the correspondence when using, otherwise the energy that does not correspond to it will be wasted!
Note: See the data of the axis, the data of the axis unit is the same as the data of the axis!To ensure that the energy is within the tolerance of the axis unit, otherwise the sound of a pick would be bursting, that is, the damage of the axis unit is damaged (such as high energy transmission with wooden sticks)
The transmission function of the axis power bus
In addition to the function of energy distribution, the axis power bus also has the function of the gearbox.
The distribution of energy requires a shaft unit, so the gear function needs to be used (the load capacity data or the transmission data for details) cannot exceed the upper limit.
The gear can only be used in gear units. Although the gear can be placed, it will not have any effect
2 × Gear Unit 2: 1,4 × Gear Unit 4: 1,8 × Gear Unit 8: 1,16 × Geerassment Unit 16: 1
Here, a 16 × diamond gear unit is placed on the blue end. It can be seen that the torque expands 16 times, the speed is reduced by 16 times, and the power is unchanged.
The above box can click to adjust the mode. T represents the torque mode. Ω represents the speed mode. The speed mode is the opposite of the torque mode.
That the same reason
Two 2 × diamond gear units are placed here, and they are all adjusted into speed mode.
The torque is unchanged, the speed and power become half of the original
If there are three, the data of the power meter is not accurate enough. If you are interested, you can explore yourself, and you will not demonstrate it here.(The distribution will also change the speed at the same time)
If the specifications of the gear unit are changed, the transmission will be performed according to the proportion. If there are two different modes, two different or the same gear units, the amount of each physical amount will be allocated first and then the specifications of the mode and the gear unit will be undergoing a variable change.
The distribution of axis power bus and the comprehensive application of the variable speed function
You can put the gears of the axis unit and different specifications according to your needs. You can adjust the mode and control the output of each surface.
You can also use multiple axis power bus to allocate the machine that each side can meet the work requirements
This can effectively match the transmission function and distribution function to achieve the goal.
alright!The content of part2 is over!
[Page]
Part3, energy storage
Part3 tutorial directory
Constituted parts of energy storage equipment
flywheel
Industrial coil
Energy storage
[spoiler]
1. The composition parts of the energy storage equipment
Flywheel core
Next, you need to introduce the first energy storage device behind -the flywheel.Before you understand the parts of its composition, that is, the core of the flywheel
There are four types of flywheel cores: wooden flywheel core, stone flywheel core, iron flywheel core and gold flywheel core
Take a look at the synthetic table.
Any wooden board can
This is the synthesis method of the flywheel core.
The composition of the industrial coil
Brake pads
Axis unit.HSLA steel gear.Bearing.2 × HSLA steel gear unit.Roll spring
Let's take a look at the synthesis of the roll spring.It also supports the synthesis of the ROC workbench.Later, the spring equipment will be introduced in detail, here only make a simple understanding
High -strength spring
The high -level industrial coil requires high -intensity spring, and high -strength spring synthesis is quite expensive. Let's wait later. Now just look at its synthetic table
It also takes 1000 ° C!This shows that it is not what our magma and flames can be done!(Need to rub the heater, introduce later) You also need to be a base rock powder (need to dig at the base rock)
In other words, you can't use such a high -end industrial coil in the early stage
Low -voltage coil
With the rolling spring, we can make a low pressure coil
Kidya tension coil
In the same way, with high -intensity spring, we can also make base rock tension coils.
alright!The content of the part is that, we have to perform energy storage equipment below!
2. Flying Wheel
The function and nature of the flywheel
The flywheel can temporarily store the rotation power.Energy storage is achieved through the inertia of the flywheel.
When the energy is through the flywheel, the flywheel will start to rotate the energy. When the engine is no longer provided, the energy will be output.
When the energy is stored, the torque is equal to the torque provided, and the speed and power increased slowly until it reaches the same speed and power provided by the input terminal.
Provide energy for it, you can find that the torque has not changed, and the speed and power increased significantly.
Energy has continued to rise, so you need time to keep its power and speed rise.
Energy will rise slowly. When the energy is flattened with the input terminal, it will no longer rise. If the energy is not provided for him, the energy will be output. When the energy is not provided, the effect of the flywheel will be displayed.Otherwise, it is better not to use the flywheel)
This is the basic usage of the flywheel. When the machine's demand for energy is reached, the machine will work.
There are four materials for the core of the flywheel. Their synthesis method is a bracket+a corresponding flywheel core. Different materials of the flywheels. Their tolerance is different.Let's understand their specific data
Related information of the flywheel
When using a flywheel, you must pay attention to the appropriate flywheel. When using the flywheel, you cannot exceed its load capacity, otherwise it will explode. In addition to meeting the load capacity, pay attention to meet its operating needs.The effect is meaningless. Let's take a look at some specific information:
Material
Requirement torque/nm
Maximum torque/nm
Maximum speed/RAD · S-1
Maximum power/W
Wooden flywheel
4
16
2981
47696
Stone flywheel
32
128
3265
417920
Iron flywheel
128
512
6584
3371008
Golden flywheel
1024
4096
1414
5791774
The operating demand of the flywheel is measured by the demand torque, and there is no requirement for the speed. When the torque is reached, the flywheel will begin to operate (for example, you must have a super weak engine.
It can be seen that although the micro -gas turbine has a large speed, the torque is small and cannot meet the torque of the flywheel demand, so the flywheel will not rotate.
After using a gearbox, the torque of the demand for the flywheel was reached.
What about the load capacity?Then I like to see it.
If you exceed the torque, here we provide a torque of 2048Nm and turn on the tie rod
If it exceeds the torque
The flywheel will save the excess energy, or out the 512nm output, which will not cause loss
The speed is adjusted to 9999, let's feel it with a wooden flywheel
At first, speed and energy have been growing slowly. Of course, the torque is 128Nm. Until the speed exceeds the load capacity, the flywheel will only damage its own explosion and damage.
Remove the damaged flywheel can get parts
Of course, there are exceptions. If the speed exceeds the speed, in addition to damage, it may also cause explosion and explode the surrounding machines and squares
Therefore, pay attention to the safety of the equipment and not exceed the load capacity.
3. Industrial coil
The synthesis and basic role of industrial coils
The flywheel can only be temporarily stored, but the industrial coil can stabilize the storage rotation power.It can be seen that industrial coils have greater superiority than flywheels.
There are three types of industrial coils: basic industrial coils, advanced industrial coils and creation industrial coils
Let's take a look at the synthetic table first:
The creation of industrial coils cannot be synthesized, and it is an exclusive equipment used in the creation mode to test.I used to create industrial coils for testing before.
Advanced industrial coils can store more energy.
Industrial coils have no energy loss.Industrial coils can customize the torque and speed of the output, but the industrial coil cannot be input and output at the same time. When the redstone signal is not provided, the industrial coil can receive energy (input). If a redstone signal is provided, it will output.
Open the GUI, you can customize the output speed and torque
Output Speed is the output speed that you define
Output Torque is the output torque defined by your definition
The torque and speed that exceeds the maximum input will be automatically reset to the maximum torque and speed that can be outputable. It does not have any consequences and Stored Energy is the size of the storage energy (here is energy rather than power, so the unit is a thousand coke)
MAX Energy is the maximum energy stored energy. Beyond the maximum storage energy, the coil will explode violently!So be sure to pay attention to the safety of energy storage equipment!The coils that had previously exceeded the storage volume exploded instantly when the block was loaded.But the coils of excessive recharge (unpreced) in the backpack will not explode before placing
The consequences will only be like this, very dangerous, pay attention to the safety of use!
Note: The energy stored inside after removing the industrial coil will not disappear
I just said that it cannot be input and output at the same time. The industrial coils either input or output, otherwise it will only cause energy loss. The industrial coil cannot be able to storage energy, and it is easy to cause the output unstable and meet the conditions for machine work (The output cannot keep up with input), and the output energy will also cause loss
As shown in the figure, the energy is output, but the energy input will be lost
The output will also be performed according to your custom size during the output.
The specific application of industrial coils is to give the machine function to allow the machine to meet the working conditions.
Specific information of industrial coils
Let's talk about the details of the industrial coil
Industrial coil name
Maximum storage energy
Maximum output torque/nm
Maximum output speed/RAD · S-1
Basic industrial coil
720mj
1024
1024
Advanced industrial coil
240TJ
4096
4096
Create an industrial coil
Bleak
Bleak
Bleak
Note: Remember not to exceed the maximum storage energy
MJ and TJ are both energy units 1tj = 1012J 1MJ = 106J, so the storage energy is still very large
Detailed explanation of industrial coils
Excessive energy cannot be charged into the coil
This is invalid.
In addition, some machines, such as micro -gas turbines, may have a high speed, but the torque is small and cannot be charged into the coil. You need the transmission to achieve the right torque to fill the energy into the coil. The low torque cannot be charged into the coil.Energy increases with the increase of torque.The higher the input torque, the greater the energy that can be stored, so the input needs to be changed with a gearbox.
Here are the four formulas: τ = (log? E)? P = (log? E) 4 emax = 2 emax = 2 (τ is input torque, P is output power, E is the energy size, EMAX, EmaxIt is the maximum energy that can be stored)
Let ’s take a look at the relevant derivation and specific operations of the formula. Thank you for help in the group:
When filling the coil energy, every 1T (0.05s) will detect the input torque and power once
Among them, satisfying the formula and formula
The meaning of the CEIL is the result of the result.Each moment will be charged with energy and then detecting its energy limit, so when the energy limit is far less than the power, the energy of E = will be charged, but the data calculated by the formula may have a large error.
The maximum deposit energy is shown below
The meaning of int has been taken downwards, which is the maximum energy that can be stored.
This is the pit point, and it feels a little bit painful.This is also one of the disadvantages of industrial coils.
The industrial coil may be detected from the side to the percentage of existing energy and maximum energy, and the strength of the redstone is between 0-14.The maximum output of the industrial coil is 15.Since the industrial coil can be switched with redstone signal, we can connect the end of the redstone comparator to make a simple safety device
Just like this, in fact, many ROC machines can be detected by comparators. For example, the gearbox on the left side (don't talk about what is done on the rails, and hang up for a while, but because the storage energy is too strong, the redstone signal strength is still 0.It is estimated that it is 0.0 %), the picture behind it is much clearer
4. Energy storage
Indirect storage energy
I just said two ways to directly store ROC energy -flywheels and industrial coils.They all directly store energy.But energy can also be stored indirectly, so how to store energy indirectly?
You can indirectly store energy by storing fuel.(In fact, it is also reflected in other mods such as BC)
For example, we can store aviation fuel in the reservoir and use it at any time.
You can also put the fuel in the box and use it.
In this way, we can realize the indirect storage of energy
The relationship between direct storage and indirect storage energy
Energy can be stored directly, and the energy directly stores energy is divided into temporary storage energy. The representative equipment is a flywheel and a long -term storage energy. The device is an industrial coil. Both are devices that directly store energy.Storage of energy directly, you can use it anytime, anywhere, and provide energy directly to the machine to work.
The indirect storage energy is different. Storage fuel (item or fluid) can be put in the engine when it is needed to provide energy, thereby driving the machine work, and indirect storage of energy needs to be operated instead of storage.
Direct storage energy and indirect storage energy are often selected according to your needs. It is not necessarily that it only stores directly. Often, sometimes it uses fuel to log in. It can be automated with some redstone equipment.Energy storage equipment is stored!There are not many energy storage equipment, we should enter the topic below -we should enter the topic -production capacity equipment!Thank you for watching, we see you next time.
