﻿{   		
	"dieselEngine":"Absorb surrounding liquid fuel to generate mechanical energy",
	"electorEngine":"Convert electric energy into mechanical energy",
	"torpedpTube":"The steering angle of the torpedo can be controlled by inputting a digital signal. The target depth can be set, and when<0, the current depth of the submarine will be used as the target depth",
	"stirlingEngine":"Generate mechanical energy according to the temperature difference between the upper and lower blocks",
	"neutron":"Activate nuclear fuel",
	"uranium":"Can be activated by neutrons to generate a large amount of heat.It will slowly release neutron itself ",
	"controlRod":"Can absorb the surrounding neutrons",
	"crane":"Move a settable number of blocks forward a distance",
	"temperatureSensor":"Convert temprature signal into voltage signal",
	"cable":"transmission voltage",
	"numericalDisplay":"0 means to display ones place,1 means to display tens place.And so on",
	"refailButton":"give a pulse high voltage signal",
	"wifi":"The blocks can transmit voltage to each other who at the same frequency",
	"pressSensor":"Convert pressure signal into voltage signal",
	"wireless":"The Core of Submarine,and it needs to be protected as much as possible",
	"advPump":"A plurality of the Adv pumps can be stacked to transfer liquid.Electricity consumes 5u/t",
	"searchlight":"The front cannot be blocked.Electricity consumes 0.5u/t",
	"valve":"Control whether the liquid can pass through",
	"sidePropeller":"Increase steering moment.Need engine to provide energy",
	"cooler":"Exchange temperature, default left-right exchange",
	"comparatorGate":"Compare the voltage and if it is higher than the set value, a high voltage will be output",
	"pressurizer":"Press the blocks on both sides to a settable value",
	"functionGenerator":"Output a settable voltage",	
	"decGate":"Get the subtraction, the blue triangle is the subtracted",	
	"divGate":"Get the divisor, the blue triangle edge is the dividend",
	"pushCrane":"Push the front block forward a settable distance",
	"goodsSensor":"Check the state of the block.0 means air,1 means solid,2 means liquid,3 means gas,4 means particles",
	"shaftSensor":"The rotating speed is measured by connecting the rotating shafts",
	"steamTurbine":"Converting the Internal Energy of Steam into mechanical energy",
	"coal":"Can be used as fuel for steam engines",
	"steamEngine":"If there has water around, coal in the ship, and space to discharge steam, the steam engine will start work",
	"terrainSonar":"Detect the distance from submarine to seabed，Each square in the texture represents 1000m deep, and can also be connected to the digital display",
	"ironFurnace":"Can obtaining surrounding fuel or coal from ships to burn",
	"electorHeater":"Consuming electrical energy to generate heat",
	"machineBattery":"Can power devices other than the engine",
	"refrigerator":"Consume power to lower temperature",
	"auxiliaryGenerator":"Placed on the periphery of the submarine, it can convert a small amount of kinetic energy of the submarine into electrical energy",
	"dieselGenerator":"Absorbs surrounding liquid fuel and converts it into electrical energy",
	"gearSet":"It is possible to change the direction in which mechanical energy is transmitted",
	"smallPropeller":"Compared with ordinary propellers, the area is small, but the efficiency is slightly lower",
	"advSonar":"When turned on, it can display the position of torpedo and other ships, and consume 10u/t",
	"advTerrainSonar":"When turned on, it can emit sonar waves and visualize the waveform, which consumes 10u/t",
	"turretShell":"It provides 12 shells",
	"turretCore":"Need to align the turret in the 3D view. You can input a digital signal to control the turret",
	"predictor":"Placed next to the advSonar, the data of the sonar can be automatically read and processed into the data required by the turret, and output through the digital signal",
	"remainderGate":"Get the remainder, the blue triangle edge is the remainder",
	"switchGate":"The blue edge can input signals to control the on and off of the switch",
	"cargohold":"The area enclosed by the cargo hold will be treated as a cargo area, and the blocks inside will be treated as goods",
	"woodCargohold":"The area enclosed by the cargo hold will be treated as a cargo area, and the blocks inside will be treated as goods",

	"smallElectorEngine":"Small electric engine",	
    "ironOre":"Steel can be obtained after melting at high temperature",
    "copperOre":"Copper can be obtained after melting at high temperature",
    "sulfurOre":"Sulfur can be obtained after melting at high temperature",  
    "sulfur":"Combustion produces sulfur dioxide",   
    "sulphuricAcid":"Corrosive. Can be dissolved in water to obtain sulfuric acid",
    "sulfurDioxide":"Dissolved in water will produce sulfuric acid",   
    "transfer":"The blue direction is the entrance, which will move the block to the orange direction",
    "grinder":"Can crush stones, ores, etc",
    "centrifuge":"Centrifugal dinas, coarse ore, etc",
    "advGoodsSensor":"The specified square can be detected. if the blue edge is the same as the yellow square, it will output a high voltage ",
	"drillCore":"Can be used with drill in 3D models and requires mechanical energy",
    "fineSteel":"After temperature of the steel up to 2750,you can obtain fineSteel",
    "coarseIronOre":"Steel can be obtained after melting at high temperature",
    "coarseCopperOre":"Copper can be obtained after melting at high temperature",
    "coarseSulfurOre":"Sulfur can be obtained after melting at high temperature",
    "fineIronOre":"Steel can be obtained after melting at high temperature",
	"fineCopperOre":"Copper can be obtained after melting at high temperature",
	"fineSulfurOre":"Sulfur can be obtained after melting at high temperature",
    "electrolyser":"Placed in a liquid and left with exhaust gas, it can be electrolyzed after being energized",
    "dinas":"Produced by stones with grinder",
    "asphalt":"The product of oil after 90-160 degrees distillation",  
    "naturalGas":"Product of oil at 90-160 degrees distillation",  
	"copperPowder":"For synthetic copper",
    "ironPowder":"For synthetic iron",
    "sulfurPowder":"For the synthesis of sulfur",
    "uraniumPowder":"For the synthesis of nuclear fuel",  	
	"semiconductor":"Raw materials for circuit systems",
    "circuitBoard":"Raw materials for circuit systems",
    "winding":"Raw materials for electromechanical equipment",	
	"coalDiansMixture":"When it is more than 400 degrees, it can be reduced into silicon . When it is more than 1000 degrees, it will be burned into silicon carbide",
	"compressedAir":"Stores 5 times more oxygen than the air",
    "steelFurnace":"Automatically obtain gas fuel anywhere in the ship and can generate very high temperatures",	
	"temperatureInfraredSensor":"Remote temperature measurement",	
	"charcoal":"The wood is heated to 400 degrees under anaerobic conditions and has more calorific value than wood",
	"mineralDetector":"Obtain the enrichment of minerals in the current area",
	"sampleCollector":"Used to obtain scientific points",
	"thermometer":"Used to obtain scientific points",
	"advElectorHeater":"Can be heated to higher temperatures",
	"depthCharge":"It provides 3 charge",
	"depthChargeThrowerCore":"Need to align the thrower in the 3D view. You can input a digital signal to control the thrower",

	"itemExtractor":"When docked at the station, extracts items (matching the blue side block) from the station warehouse and places them at the yellow side, consuming power",
	"itemDepositor":"When docked at the station, deposits blocks from the yellow side into the station warehouse, consuming power"
}