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Simple Idea for the automatic collection of coal: Create Ore Excavation Minecraft Game

2024-12-10 17:45:10|Myriagame |source:minecraft skins

Introduction:

Mechanical power: ore excavation provides a way to more conveniently produce various ore to make us see the possibility of liberating from the mine.This tutorial aims to provide a simple idea to produce a large amount of coal under the premise of self -sufficiency.I have not studied many research. If you have any omissions, please point out, I hope to help you.

environment:

Minecraft version: 1.18.2

Mechanical Version: V0.5.0G

Ore mining module version: v0.3.2

Thinking

In the block of the coal, the use of boilers provides sufficient stress and 256 RPM speed for mineral drilling. Part of the coal produced by drilling is provided for boiler consumption, and the remaining part is stored and transported to other places.After actual measurement, Ideally, the coal block can be surpassed by half -sets.

start

The required materials are as follows:

Construction of boiler ontology

Boiler is the best way to provide stress for a large consumption.The demand for the drilling of coal mines under this design is 66048 SU, and a cheap 6 -level boiler can meet the stress needs.

After drilling in a block containing coal mineral veins, first build a 3*3*3 storage tank, and then place six steam engines on the side of the drilling facilitation of stress to evolve into a boiler.Then, connect the power pump on the other side, one end of the power pump is facing infinite water, combine 4 three -sided water vehicles, connect to the speed controller to output 1024 SU's stress and 256 RPM speed, so that the power pump can provide level 6 boiler 6 boilers.The amount of water required is then placed in the two rows of the bottom of the boiler to place 6 flames burning rooms. A grid is empty between the two lines to facilitate the fuel supplement of the power arm, and add some fuel to the boiler to start working.

It is confirmed that the boiler can start the next step after the start of the boiler.

Drilling

After the boiler's normal output stress, connect a speed controller to adjust the speed to 256 RPM, and then after some simple, interesting and complicated and boring wiring, you can cleverly provide stress to the position of the drilling and the robotic arm.(My wiring is messy, it is not recommended to imitate)

Then there is the layout of the transportation system.As shown in the figure above, the coal is extracted from the drilling with a brass funnel. It is recommended to set it up to 6 or more once, so that the feed can be used to spread all the combustion rooms at one time.Before placing the power arm, right -click to set the fuel at the end of the conveyor belt, and then right -click the six burning rooms to set the supply place.After my own rough observation, when there are more than 6 coal, the power arm will only take 6 away, and the rest will shoot the back bomb out to the conveyor belt (in addition, the remaining burning time in the burning room will not be extracted when the coal will be selected when the upper limit will be drawn).Place a funnel and box under the conveyor belt to store the remaining coal, and the side of the box is connected to the funnel and the conveyor belt to send the coal to the temporary place, as shown in the figure below

Logistics transportation

After collecting a large amount of coal, the important thing is of course to transport them to various places to play their value.Mechanical power provides us with a cheap and convenient transportation method of train.The steps of building a train will not be repeated in this article.You only need to install a mobile storage interface on the train appropriately. When the train is parked next to the drill and the two interface positions are just as follows, the interface will automatically connect to the kiss and transport the coal to the container of the train, as shown in the figure below, as shown in the figure below

Then you can drive the train home to harvest coal.Of course, you can also use the train timetable to achieve the automation of coal transportation, and even distribute coal to other sites. The specific process will not be repeated.

postscript

It should be noted that my design is by no means the highest efficiency. For example, the stress of the 6 -level boiler production actually only consumes less than 70%, and there is a lot of room for optimization.In addition, if there are shortcomings in the article, please advise.