我的世界更多的船MOD下载

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《船舶发动机排气污染物排放限值及测量方法(中国第一、二阶段)》实施指南+Rev.1 (1)

第 2 章污染物排放标准......................................................................................4 2.1 船用柴油机最大允许污染物排放极限值.............................................4 2.2 排放标准的实施.....................................................................................5 2.3 对于大修、更换、或新增安装的船机.................................................5 2.4 船舶硫氧化物排放控制的规定.............................................................6 2.5 在用符合性要求.....................................................................................6
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5.2 试验条件...............................................................................................17 5.3 试验进行...............................................................................................20 5.4 耐久性要求...........................................................................................24 第 6 章船机大修的要求....................................................................................26 6.1 适用范围...............................................................................................26 6.2 一般要求...............................................................................................26 6.3 大修后船机的排放要求.......................................................................26 6.4 船机大修操作实施规程.......................................................................26 6.5 与排放相关的关键零部件...................................................................27 第 7 章船机参数检查法....................................................................................30 7.1 一般要求..............................................................................................30 7.2 发动机参数检查方法的文件..............................................................31 7.3 发动机参数检查方法的程序..............................................................33 第 8 章测试机构认可........................................................................................34 8.1 一般规定..............................................................................................34 8.2 认可条件..............................................................................................34 8.3 认可程序与要求..................................................................................34 第 9 章生产一致性检查....................................................................................36 9.1 一般要求...............................................................................................36 9.2 生产一致性检查的规定.......................................................................36 附录 1 型式检验相关信息.................................................................................38 1.1 概述.......................................................................................................38 1.2 附属文件...............................................................................................38 1.3 日期，卷宗...........................................................................................38 附件 A 船机（源机）的基本特点以及有关试验的资料........................39 A.1 船机描述..............................................................................................39 A.2 防治空气污染的措施..........................................................................40 A.3 燃料供给..............................................................................................41 A.4 气阀正时..............................................................................................41

我的世界水力科技mod教程

我的世界水力科技mod教程我的世界水力科技MOD教程介绍•本教程将详细介绍“我的世界水力科技MOD”的使用方法和技巧。

安装MOD1.首先，确保已经安装了Minecraft Forge。

2.下载并安装“我的世界水力科技MOD”的压缩文件。

3.将MOD文件放入Minecraft游戏文件夹中的mods文件夹里。

MOD功能•水力科技MOD允许玩家在游戏中建造和利用各种水力动力设施。

基本设施水轮机•制作水轮机的配方：[水桶] [铁锭] [水桶]•在水源旁放置水轮机，它会根据水流的速度发电。

渔塘•制作渔塘的配方：[树叶] [木材] [树叶]•在渔塘中放入鱼类，它们会自动繁殖，让你得到更多的食物资源。

进阶设施水泵•制作水泵的配方：[玻璃板] [粘液球] [玻璃板]•水泵可以将水源散布到远离水源的地方。

集水池•制作集水池的配方：[砂砾] [木材] [砂砾]•集水池会收集和储存附近的雨水，供后续使用。

高级设施发电机•制作发电机的配方：[发电机机壳] [水桶] [发动机机壳]•发电机可以将水轮机、水泵和集水池的能量转换为电力。

精炼台•制作精炼台的配方：[发电机机壳] [火把] [发动机机壳]•精炼台可以将水源提炼为更纯净的水，并用于其他用途。

结束语•以上就是“我的世界水力科技MOD”的教程，希望对你有所帮助。

享受使用这个MOD带来的乐趣吧！注意：本教程仅供参考，请根据具体情况进行操作。

扩展设施污水处理厂•制作污水处理厂的配方：[钻石锄] [建筑框] [钻石锄]•污水处理厂可以将污水转化为清洁的水源，同时还能产生一些有用的资源。

水力发电站•制作水力发电站的配方：[发电机机壳] 水轮机 [发电机机壳] •水力发电站可以集中利用水源和水轮机产生大量电力。

实用技巧•在选择放置水轮机和水泵的位置时，尽量选择水流迅速的地方，以提高效率。

•渔塘和集水池可以放置多个来增加资源获取的速度和储存容量。

•发电机和精炼台可以通过电缆连接在一起，方便能量传输和利用。

USR-WIFI232-T-V1.3

工作模式：透明传输模式................................................................................................................... 18 UART 成帧机制....................................................................................................................................19 UART 自由组帧模式.................................................................................................................... 19 UART 自动成帧模式.................................................................................................................... 19
USR-WIFI232-T 低功耗小尺寸 Wi-Fi 模组用-T
低功耗小尺寸 Wi-Fi 模组用户手册
V 1.3
产品特点
� 支持 802.11b/g/n 无线标准 � 自主开发 MCU 平台，超高性价比 � 超低功耗，卓越省电机制，适于电池供电应用 PWM /GPIO 数据通讯接口 � 支持 UART/ UART/PWM PWM/GPIO � 支持 STA/AP/STA+AP 共存工作模式 � 支持 Smart Link 智能联网功能（提供 APP） � 支持无线和远程升级固件，提供无线批量配置工具 � 支持 WPS 联网配置 � 支持多路（5 路）TCP Client 连接 � 支持拨码开关控制模块电源 � 可选外置天线 IPEX 连接器或引出线接口 � 3.3V 单电源供电 .5mm x 6mm , 1x10 2mm 连接器 � 超小尺寸：22mm x 13 13. mm, � 产品通过 FCC/CE 标准认证

infinity整合包mod列表

infinity整合包mod列表摘要：一、前言二、infinity 整合包简介1.什么是infinity 整合包2.infinity 整合包的作用三、infinity 整合包mod 列表1.infinity mod 的基本概念2.各类infinity mod 简介2.1 资源类mod2.2 功能类mod2.3 美学类mod2.4 游戏玩法类mod3.常用infinity mod 推荐四、infinity 整合包的安装与使用1.安装infinity 整合包2.导入mod3.使用mod五、infinity 整合包的优缺点六、结语正文：一、前言infinity 整合包是一款针对Minecraft 游戏玩家的插件整合包，它为玩家提供了丰富的模组（mod），使得玩家可以在游戏中体验到更多的玩法和乐趣。

本文将为您详细介绍infinity 整合包中的mod 列表，以及安装和使用方法。

二、infinity 整合包简介1.什么是infinity 整合包infinity 整合包是一个将许多Minecraft 模组整合在一起，方便玩家一键安装和使用的插件整合包。

它可以让玩家在游戏中轻松切换各种模组，从而享受到更多的游戏玩法。

2.infinity 整合包的作用infinity 整合包的主要作用是为玩家提供方便快捷的模组安装和使用体验，节省玩家寻找、下载、安装和配置模组的时间。

三、infinity 整合包mod 列表1.infinity mod 的基本概念infinity 整合包中的mod，通常是指一种可以为Minecraft 游戏增加新功能、资源、玩法或者美感的插件。

这些mod 可以来自不同的作者和团队，通过infinity 整合包，玩家可以一键安装和使用这些mod。

2.各类infinity mod 简介2.1 资源类mod资源类mod 主要是为玩家提供新的物品、方块和生物。

例如，工业craft 2 mod 可以为玩家带来丰富的工业资源和设备；Botania mod 则为玩家带来了神奇的魔法植物。

我的世界水星迫降怎么安装

我的世界水星迫降怎么安装我的世界1.7.10水星迫降怎么安装？店铺也非常喜欢这款游戏呢，下面我们那就一起看看这款游戏吧。

小编提示：这个整合包是一个很有难度的生存类整合包，而且作者已经做好了一个存档，玩家们只需要自己进入就可以玩了，不必要新开(有些东西新开地图是没有的)。

在玩这个整合包之前大家最好看一下小编的提示，初始存档最好多保存几份。

1、本游戏必须使用JAVA8，如果游戏无法启动或者长时间卡住，请点击注册游戏安装JAVA8。

2、本游戏请直接使用游戏存档，一开始会有选择，然后玩家右键房子里的拉杆后自动传送到初始地点，强烈建议大家保存初始存档!【游戏介绍】我的世界1.7.10水星迫降整合包是网友打造的一个专门的生存整合，玩家将在一个特殊的世界里生存，游戏一开始虽然提供了一些工具，但是想要生存下去可是非常难的，有兴趣的玩家可以自己挑战看看。

游戏名称：我的世界1.7.10水星迫降整合包游戏版本：中文版游戏类型：沙盒游戏游戏语言：中文发行日期：2015年这是一个以HQM任务模组为主线，主RF能源，带有附加任务的生存类整合，你坠毁在一颗100%被海水覆盖的行星，在这里没有任何资源，所有的一切都需要你亲手来打造。

【mod列表】[3D枪械]Stefinus Guns-0.5.2[传送门枪]PortalGun-4.0.0-beta-4[战利品]LootBags-1.8.1[更多存储]ExtraCells-1.7.10-2.2.9b22.jar[更多箱子]Iron-Chests-Mod-1.7.10.jar[更多小船]Small Boats_1.7.10[更好的桶]Jabba-1.2.1a_1.7.10[工厂管理]StevesFactoryManagerA93[怪物拓展]KWASTI BUST MONSTERS[合成修改]MineTweaker3-1.7.10-3.0.9C[匠魂本体]TConstruct-1.7.10-1.8.2a[匠魂工具]TiCT ooltips-mc1.7.10-1.2.3[开源方块]OpenBlocks-1.7.10-1.4.3[苦力怕鱼]AquaCreeper-1.0b-CN[困难任务]HQM-The Journey (4.2.4)[龙之研究]Draconic-Evolution-Mod-1.7.10[魔法作物]magicalcrops-1.7.10_0.1[末影存储]EnderIO-1.7.10-2.2.8.381[木匠方块]Carpenter's Blocks v3.3.7 DEV - MC 1.7.10 [潘马斯农]Pam's HarvestCraft 1.7.10i[热力膨胀]ThermalExpansion-[1.7.10]4.0.3B1-218 [实用设备]extrautilities-1.2.5[特殊怪物]EnderZoo-1.7.10-1.0.15.32[通用机械]Mekanism-1.7.10-7.1.1.132[无中生有]Ex-Nihilo-1.37[幸运方块][1.7.10]_Lucky_Block_v5-1-0[应用能源]appliedenergistics2-rv2-stable-1[云集怪物]MonsterSwarm-1.0.4[凿子工艺]Chisel2_DEV-2.3.9.89(1)[展示架]BiblioCraft[v1.10.4][MC1.7.10][我的工厂]MineFactoryReloaded-[1.7.10]2.8.1B1-113 [字体修复]UnicodeFontFixer-1.1.5-mc1.7.10[生活调味料]Core-SpiceOfLife-1.2.3[弯曲动作]MoBends-0.20.1 for MC 1.7.10【安装方法】1、解压缩下载的文件2、运行文件夹下的PlayGame.exe，点击注册游戏，安装JAVA83、运行PlayGame.exe，点击开始游戏PS：1、本游戏必须使用JAVA8，如果游戏无法启动或者长时间卡住，请点击注册游戏安装JAVA8。

《船舶发动机排气污染物排放限值及测量方法(中国第一、二阶段)》实施指南 Rev.1

1
5.2 试验条件............................................................................................... 17 5.3 试验进行............................................................................................... 20 5.4 耐久性要求........................................................................................... 24 第 6 章船机大修的要求.................................................................................... 26 6.1 适用范围............................................................................................... 26 6.2 一般要求............................................................................................... 26 6.3 大修后船机的排放要求....................................................................... 26 6.4 船机大修操作实施规程....................................................................... 26 6.5 与排放相关的关键零部件................................................................... 27 第 7 章船机参数检查法.................................................................................... 30 7.1 一般要求.............................................................................................. 30 7.2 发动机参数检查方法的文件.............................................................. 31 7.3 发动机参数检查方法的程序.............................................................. 33 第 8 章测试机构认可........................................................................................ 34 8.1 一般规定.............................................................................................. 34 8.2 认可条件.............................................................................................. 34 8.3 认可程序与要求.................................................................................. 34 第 9 章生产一致性检查.................................................................................... 36 9.1 一般要求............................................................................................... 36 9.2 生产一致性检查的规定....................................................................... 36 附录 1 型式检验相关信息................................................................................. 38 1.1 概述....................................................................................................... 38 1.2 附属文件............................................................................................... 38 1.3 日期，卷宗........................................................................................... 38 附件 A 船机（源机）的基本特点以及有关试验的资料 ........................ 39 A.1 船机描述 .............................................................................................. 39 A.2 防治空气污染的措施 .......................................................................... 40 A.3 燃料供给 .............................................................................................. 41 A.4 气阀正时 .............................................................................................. 41

【无厘头太空战役】G.S.B 战舰DIY简单教程

战舰DIY简单教程(多图)下面的方法仅供参考，如果有更好的方法欢迎交流。

首先需要准备的软件有Photoshop和其所需的dds插件、DDS Viewer和记事本然后要找到合适的飞船素材比如这个巴比伦5中的飞船Narn G'Quon HeavyCruiser截取俯视图的部分，记得要保持左右等距把背景涂成黑色，调整图片大小为512X512或者1024X1024（其它尺寸没试过，如果是大船的话最好是1024的，会比较清晰）现在需要到"通道"选项卡里添加一个alpha通道为黑色背景，船体的部分为白色，如下图（使用魔棒可以很容易做到）dds文件的保存会有一个对话框，按下图选择即可，点击save保存现在就可以保存它到一个空文件夹中。

如果直接放到游戏文件夹里记得要使文件夹与文件名相同贴图(dds文件)的存放位置在游戏目录\data\bitmaps\ships\相应的种族\飞船名称(如下图)（下图中那么多文件主要是因为有1024和512两种尺寸。

1024的用于游戏中，512的用于DDS Viewer，用完后删除即可）接下来需要创建的船体的损坏效果我是从原来的船体上复制粘贴过来的。

第一次的时候花了好久……（于是大家可以发现我做的船体大多损坏效果很相像）保存时保存为XXX_damaged.dds接下来是废船效果（就是爆炸后的残骸）首先把船体涂暗（建议使用“加深”然后选高光）效果如下图然后使用魔棒（容差20左右）选定，就可以得到个不规则的船体外形轮廓在alpha通道把这个轮廓变成黑白色修整下，得到分解的船体。

记得所有的分解部分都要能够用方框框住而不重叠保存为XXX_hulk.dds为了方便后面的制作，我们还需要一个下面这样的图（把alpha通道复制粘贴为一个新的图层，然后用魔棒去除白色的部分，尺寸为512X512）当然，也可以直接把之前的废船贴图里分成几大块。

只是我习惯现在这种方法而已……贴图的部分就此完成接下来就是制作船体的设置文件了。

VEGAPULS60系列雷达物位计选型手册

RadarContinuous level measurementOverview Page 16 VEGAPULS series 60 Page 18 Antenna cover Page 36AL-EN 11516Radar – VEGAPULSVEGAPULSNon-contact measurement under all process conditions Measuring principleExtremely short microwave impulses are emitted by the antenna system to the measured product, reflected by the product surface and received again by the antenna system. The time from emission to reception of the signals is proportional to the level in the vessel. A special time spreading procedure enables the reliable and precise measurement of the extremely short signal running times. The radar sensors are available indifferent C and K-band frequency ranges, this ensures the optimum solution for the different applications. The proven ECHOFOX signal processing analysis the reflections in the vessel based on long-standing experience and detects the level signal reliably. The adaptation to the respective application is really simple through the selection of the application parameters.ApplicationsLevel in liquidsTwo different emitting frequencies are available for these applications.The compact, high frequency K-band sensors VEGAPULS 61, 62 and 63 are particularly suitable for applications where high accuracy is required. Since even with small antenna sizes, an excellent signal focusing is reached, hence mounting on small mounting openingsis possible. The low frequency C-band sensors VEGAPULS 65 and 66can penetrate foam and strong condensation and are thus particularly suitable for arduous process conditions. Unaffected by steam, gas composition, pressure and temperature changes, radar sensors detect the product surface of different products reliably and ensure thus an optimum process.Level in bulk solidsThe high frequency sensors VEGAPULS 67 and 68 in K-bandtechnology are used for these applications. Thanks to the very good focusing of the signals, the level is detected reliably independent of silo installations or buildup on the vessel wall. A high sensitivity electronics optimized to the requirements of the bulk solids measurement, enables a reliable level measurement of different products up to a distance of 75 m. The measuring principle is unaffected by strong dust generation,filling noise, air turbulences by pneumatic filling and temperature fluctuations and ensures a reliable and maintenance-free operation of the systems. The application area covers applications in the food processing industry and the plastic processing up to the steel generati-on and mineral rock processing.AL-ENOverviewAL-EN117Radar – VEGAPULS18Radar – VEGAPULS WL611 Mounting strap2 Combi compression flangeYou will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".AL-EN VEGAPULS WL 61Radar sensor for continuous level measurement of water and waste waterApplication areaThe VEGAPULS WL 61 is the ideal sensor for all applications in water and sewage water applications. It is particularly suitable for use in water processing, pump stations as well as overflow basins, for flow measurement in open flumes and gauge monitoring. The VEGAPULS WL 61 is an economical solution through versatile and simple mounting options. The flood-proof IP 68 housing ensures a maintenance-free permanent operation.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free- Exact measuring results independent of product, process and ambient conditionsTechnical data Measuring range: up to 15 m Process fitting: thread G1½ mounting strap compression flanges from DN 80, 3" Process temperature: -40 … +80 °C Process pressure: -1 … +2 bar (-100 … +200 kPa) Accuracy: +/- 2 mmApprovalXX without ....................................................................................................................................................................AX ATEX II 3G Ex nA IIC T6 Gc X ..............................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 Ga, Ga/Gb, Gb ...............................................................................................Cable lengthfrom >6 m, per additional 100 mm cable of PURAL-EN119Radar – VEGAPULS WL61201 Version with encapsulated antenna system2 Version with plastic horn antenna3 Mounting strap4 Adapter flangeRadar – VEGAPULS 61You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".AL-EN VEGAPULS 61Radar sensor for continuous level measurement of liquidsApplication areaThe VEGAPULS 61 is a radar sensor for continuous level measurement of liquids under simple process conditions. The VEGAPULS 61 is an economical solution through its simple and versatile mounting possibilities. The encapsulated antenna system ensures a maintenance-free operation.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Exact measuring results independent of process conditionsTechnical data Measuring range: up to 35 m Process fitting: thread G1½, 1½ NPT mounting strap compression flanges from DN 80, 3" adapter flanges from DN 100, 4" Process temperature: -40 … +80 °C Process pressure: -1 … +3 bar (-100 … +300 kPa) Accuracy: +/- 2 mm SIL qualification: optionally up to SIL2ApprovalXX without ..................................................................................................................................................................... XM Ship approval ........................................................................................................................................................... CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 .......................................................................................................................... CA ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + WHG ............................................................................................................. CM ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + Ship approval ................................................................................................ CI IEC Ex ia IIC T6 ....................................................................................................................................................... DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 ........................................................................................................................AL-EN121Radar – VEGAPULS 6122Radar – VEGAPULS 621 Threaded version2 Threaded version withtemperature adapter up to +250 °C 3 Flange versionAntenna-øLength Beam angle40 mm 100 mm 20°48 mm 120 mm 15°75 mm 216 mm 10°95 mm430 mm 8°245 mm (parabolic)138 mm3°You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".AL-EN VEGAPULS 62Radar sensor for continuous level measurement of liquidsApplication areaThe VEGAPULS 62 is a universally implementable radar sensor for continuous level measurement of liquids. It is suitable for level measurement in storagecontainers, reactors and process vessels, even under difficult process conditions. With its various antenna versions and materials, VEGAPULS 62 is the optimal solution for almost all applications and processes. Its wide temperature and pressure range makes project planning simple.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free- Exact measuring results independent of pressure, temperature, gas and steamTechnical data Measuring range: up to 35 m Process fitting: thread from G1½, 1½ NPT flanges from DN 50, 2" Process temperature: -196 … +450 °C Process pressure: -1 … +160 bar (-100 … +16000 kPa) Measuring accuracy: +/- 2 mm SIL qualification: optionally up to SIL2ApprovalXX without .....................................................................................................................................................................XM Ship approval ..........................................................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 .........................................................................................................................CA ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + WHG ............................................................................................................CM ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + Ship approval ...............................................................................................CI IEC Ex ia IIC T6 ......................................................................................................................................................DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 ........................................................................................................................DI IEC Ex d ia IIC T6 ...................................................................................................................................................CK IEC Ex ia IIC Ga,Ga/Gb,Gb + Ex t IIIC T...Da,Da/Db,Db .......................................................................................DK IEC Ex d IIC Ga/Gb,Gb + Ex t IIIC T... Da,Da/Db,Db .............................................................................................Length standpipe / Total length316L (200-5850 mm) per 100 mmAL-EN123Radar – VEGAPULS 6224Radar – VEGAPULS 631 Flange version DN 502 Flange version DN 803 Clamp version 2"You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".AL-EN VEGAPULS 63Radar sensor for continuous level measurement of liquidsApplication areaThe VEGAPULS 63 is a radar sensor for continuous level measurement ofaggressive liquids or with hygienic requirements. It is suitable for applications in storage tanks, process vessels, dosing vessels and reactors. The encapsulated antenna system of VEGAPULS 63 protects the VEGAPULS 63 against pollution and ensures a maintenance-free permanent operation. The front-flush mounting ensures an optimum cleanability even with high hygienic requirements.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Exact measuring results independent of process conditionsTechnical data Measuring range: up to 35 m Process fitting: hygienic fittings boltings flanges from DN 50, 2" Process temperature: -196 … +200 °C Process pressure: -1 … +16 bar (-100 … +1600 kPa) Accuracy: +/- 2 mm SIL qualification: optionally up to SIL21ApprovalXX without ......................................................................................................................................................................XM Ship approval ...........................................................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 ...........................................................................................................................CA ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + WHG .............................................................................................................CM ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + Ship approval ................................................................................................CI IEC Ex ia IIC T6 .......................................................................................................................................................DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 .........................................................................................................................DI IEC Ex d ia IIC T6 ....................................................................................................................................................CK IEC Ex ia IIC Ga,Ga/Gb,Gb + Ex t IIIC T...Da,Da/Db,Db .........................................................................................DK IEC Ex d IIC Ga/Gb,Gb + Ex t IIIC T... Da,Da/Db,Db ..............................................................................................RX IEC Ex t IIIC T... Da,Da/Db,Db .................................................................................................................................1 Threaded version G1½2 Flange version DN 80You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".VEGAPULS 65Radar sensor for continuous level measurement of liquidsApplication areaThe VEGAPULS 65 is a radar sensor for continuous measurement of liquids under simple process conditions. It is particularly suitable for level measurement invessels with small process fittings and under simple process conditions. The slim rod antenna enables the installation in small vessel openings.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Reliable measurement independent of process conditionsTechnical data Measuring range: up to 35 m Process fitting: thread from G1½, 1½ NPT flanges from DN 50, 2" Process temperature: -40 … +150 °C Process pressure: -1 … +16 bar (-100 … +1600 kPa) Accuracy: +/- 8 mm SIL qualification: optionally up to SIL21ApprovalXX without ....................................................................................................................................................................XM Ship approval ..........................................................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 .........................................................................................................................CA ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + WHG ............................................................................................................CM ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + Ship approval ...............................................................................................CI IEC Ex ia IIC T6 ......................................................................................................................................................DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 .......................................................................................................................1 Version with horn antenna ø 145 mm2 Version with standpipe antennaAntenna-øLength Beam angle75 mm 75 mm 38°96 mm 113 mm 30°145 mm 205 mm 20°195 mm 296 mm 17°240 mm380 mm14°You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".VEGAPULS 66Radar sensor for continuous level measurement of liquidsApplication areaThe VEGAPULS 66 is a sensor for continuous level measurement of liquids under arduous process conditions. It is suitable for applications in storage tanks, process vessels or standpipes. The VEGAPULS 66 can be used universally thanks to different antenna versions.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Reliable measurement independent of process conditionsTechnical data Measuring range: up to 35 m Process fitting: flanges from DN 50, 2" Process temperature: -60 … +400 °C Process pressure: -1 … +160 bar (-100 … +16000 kPa) Accuracy: +/- 8 mm SIL qualification: optionally up to SIL21ApprovalXX without .....................................................................................................................................................................XM Ship approval ..........................................................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T6 .........................................................................................................................CA ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + WHG ............................................................................................................CM ATEX II 1G, 1/2G, 2G Ex ia IIC T6 + Ship approval ...............................................................................................CI IEC Ex ia IIC T6 ......................................................................................................................................................DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 ........................................................................................................................DI IEC Ex d ia IIC T6 ...................................................................................................................................................CK IEC Ex ia IIC Ga,Ga/Gb,Gb + Ex t IIIC T...Da,Da/Db,Db ........................................................................................DK IEC Ex d IIC Ga/Gb,Gb + Ex t IIIC T... Da,Da/Db,Db .............................................................................................Length standpipe / Total length316L (500-5950 mm) per 100 mm1 Mounting strap2 Adapter flangeYou will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".VEGAPULS 67Radar sensor for continuous level measurement of bulk solidsApplication areaThe VEGAPULS 67 is a sensor for continuous level measurement of bulk solids under simple process conditions. It is suitable for smaller silos and vessels. The VEGAPULS 67 is an economical solution through its versatile and simple mounting options. The encapsulated antenna system ensures maintenance-free permanent operation even with strong buildup.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Reliable measurement independent of vapour, dust and noiseTechnical data Measuring range: up to 15 m Process fitting: mounting strap compression flanges from DN 80, 3" Process temperature: -40 … +80 °C Process pressure: -1 … +2 bar (-100 … +200 kPa) Accuracy: +/- 2 mm SIL qualification: optionally up to SIL21ApprovalXX without .......................................................................................................................................................................RX ATEX II 1D, 1/2D, 2D Ex t IIIC T... Da, Da/Db, Db ....................................................................................................1 Threaded version with horn antenna2 Threaded version with horn antenna and with temperature adapter3 Version with horn antenna and swivelling holderAntenna-øLength Beam angle40 mm 100 mm 20°48 mm 120 mm 15°75 mm 216 mm 10°95 mm430 mm8°You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".VEGAPULS SR 68Radar sensor for continuous level measurement of bulk solidsApplication areaThe VEGAPULS SR 68 is a radar sensor for continuous measurement of bulk solids even under difficult process conditions. It is particularly suitable for level measurement in high silos and large bunkers. The VEGAPULS SR 68 is aneconomical solution thanks to the simple setup and the reliable, maintenance-free operation.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Reliable measurement independent of vapour, dust and noiseTechnical data Measuring range: up to 30 m Process fitting: thread from G1½, 1½ NPT flanges from DN 50, 2" Process temperature: -40 … +250 °C Process pressure: -1 … +100 bar (-100 … +10000 kPa) Accuracy: +/- 2 mm1ApprovalXX without .................................................................................................................................................................CX ATEX II 1G, 1/2G, 2G Ex ia IIC T5 ......................................................................................................................CK ATEX II 1, 1/2, 2G Ex ia IIC + II 1, 1/2, 2D Ex t IIIC ............................................................................................CI IEC Ex ia IIC T6 Ga, Ga/Gb, Gb .........................................................................................................................DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 ....................................................................................................................DI IEC Ex d ia IIC T6 ................................................................................................................................................CK IEC Ex ia IIC Ga,Ga/Gb,Gb + Ex t IIIC T...Da,Da/Db,Db ....................................................................................DK IEC Ex d IIC Ga/Gb,Gb + Ex t IIIC T... Da,Da/Db,Db .........................................................................................RX ATEX II 1D, 1/2D, 2D Ex t IIIC T... Da, Da/Db, Db .............................................................................................RX IEC Ex t IIIC T... Da,Da/Db,Db ............................................................................................................................1 Threaded version with horn antenna2 Threaded version with horn antenna and with temperature adapter3 Version with parabolic antenna and swivelling holderAntenna-øLength Beam angle40 mm 100 mm 20°48 mm 120 mm 15°75 mm 216 mm 10°95 mm430 mm 8°245 mm (parabolic)138 mm3°You will find further process fittings and options under /configurator .You will find further drawings and tables under /downloads.You will find mounting accessory, welded sockets and housing overviews in chapter "Accessory".VEGAPULS 68Radar sensor for continuous level measurement of bulk solidsApplication areaThe VEGAPULS 68 is a radar sensor for continuous measurement of bulk solids also under difficult process conditions and with large measuring ranges. The sensor is ideal for level measurement in high silos, large bunkers, stone crushers and in the furnace. The VEGAPULS 68 with different antenna versions and materials is the optimum solution for virtually all applications and processes. Through the wide temperature and pressure range, the sensor can be used universally and enables a simple planning.Your benefit- Maintenance-free operation through non-contact measuring principle - High plant availability, because wear and maintenance-free - Reliable measurement independent of vapour, dust and noiseTechnical data Measuring range: up to 75 m Process fitting: thread from G1½, 1½ NPT flanges from DN 50, 2" Process temperature: -196 … +450 °C Process pressure: -1 … +160 bar (-100 … +16000 kPa) Accuracy: +/- 2 mm SIL qualification: optionally up to SIL2ApprovalXX without ...................................................................................................................................................................... XM Ship approval ............................................................................................................................................................ CX ATEX II 1G, 1/2G, 2G Ex ia IIC T5 ........................................................................................................................... CM ATEX II 1G, 1/2G, 2G Ex ia IIC T5 + Ship approval ................................................................................................. CK ATEX II 1, 1/2, 2G Ex ia IIC + II 1, 1/2, 2D Ex t IIIC ................................................................................................. CI IEC Ex ia IIC T6 Ga, Ga/Gb, Gb .............................................................................................................................. DX ATEX II 1/2G, 2G Ex d ia IIC T5/T6 ......................................................................................................................... DI IEC Ex d ia IIC T6 ..................................................................................................................................................... CK IEC Ex ia IIC Ga,Ga/Gb,Gb + Ex t IIIC T...Da,Da/Db,Db ......................................................................................... DK IEC Ex d IIC Ga/Gb,Gb + Ex t IIIC T... Da,Da/Db,Db ............................................................................................... RX ATEX II 1D, 1/2D, 2D Ex t IIIC T... Da, Da/Db, Db ................................................................................................... RX IEC Ex t IIIC T... Da,Da/Db,Db .................................................................................................................................AL-EN135Radar – VEGAPULS 6836Radar – VEGAPULS Cover for antenna / Material / Temperature max.D Horn ø75 mm / PP / 80°C .............................................................................................................................F Horn ø75 mm / PTFE / 130°C ......................................................................................................................L Horn ø75 mm / PTFE textile for flange / 250°C ............................................................................................H Horn ø75 mm / PTFE textile with silicone ring / 200°C .................................................................................E Horn ø95 mm / PP / 80°C .............................................................................................................................G Horn ø95 mm / PTFE / 130°C ......................................................................................................................M Horn ø95 mm / PTFE textile for flange / 250°C ............................................................................................I Horn ø95 mm / PTFE textile with silicone ring / 200°C .................................................................................For flange / Material 33602 DN80 PN10-40, ANSI 3"150, JIS DN80 10K / EPDM .....................................................................................33750 DN100 PN10-16, ANSI 4"150 , JIS DN100 10K / EPDM ................................................................................33751 DN150 PN10-16, ANSI 6"150, JIS DN150 10K / EPDM .................................................................................AL-EN Antenna cover VEGAPULS 68 Antenna cover of plastic or flexible Gore ® diaphragm The antenna cover can be retrofitted and avoids dust layers in the antenna system. The necessary mounting material is included in the scope of delivery.Variable seal VEGAPULS 67 Variable seal for sensor inclination。

我的世界mod安装教程

我的世界mod安装教程我的世界（Minecraft）是一款非常受欢迎的沙盒类游戏，拥有丰富的玩法和无限的创造力。

而MOD则是一种可以修改游戏内容的插件，可以为玩家带来更多的乐趣和挑战。

下面是一个简单的我的世界MOD安装教程。

首先，你需要下载并安装Minecraft Forge，它是一个可以让你安装和管理MOD的工具。

你可以在官方网站或其他可靠的下载平台上找到Minecraft Forge的安装程序。

选择适合你电脑操作系统版本的安装程序，然后双击打开。

按照安装程序的指示完成安装过程。

安装完成后，你需要下载你喜欢的MOD。

你可以在Minecraft论坛、MOD网站或其他Minecraft社区上找到各种各样的MOD。

确保你下载的MOD与你当前所使用的Minecraft版本兼容。

下载完成后，将MOD文件保存到一个易于访问的地方，如桌面或一个专门的MOD文件夹。

接下来，找到你的Minecraft安装文件夹。

在Windows系统中，你可以按下Win键+R键，输入“%appdata%”然后按回车键打开隐藏文件夹。

在弹出的窗口中找到.minecraft文件夹。

在Mac系统中，你可以打开Finder，按下cmd键+shift键+G键，然后输入“~/Library/Application Support/minecraft/”并按回车键。

在打开的文件夹中找到.minecraft文件夹。

在.minecraft文件夹中，找到一个名为mods的文件夹（如果没有则手动创建一个）。

将你下载的MOD文件复制到mods文件夹中。

请确保你复制的是未解压的MOD文件（通常以.jar 或.zip结尾）。

现在你可以启动Minecraft游戏了。

选择Minecraft启动器，点击“启动”按钮进入游戏。

游戏启动后，你会发现MOD已经成功安装。

你可以通过游戏的Mods选项来确认。

在游戏主界面点击“Mods”按钮，查看你安装的MOD列表，如果你的MOD出现在列表中，那么说明你成功安装了它们。

我的世界

1.开始-运行-输入%appdata%/.minecraft（官方启动器与SP启动器如此。MCLauncher则与启动器在同一目录下）
2.双击bin文件夹
3.找到minecraft.jar右击用winrar之类的打开它。
4.右击找到“打开压缩包”而不是解压它
5.解压mod文件后把文件里所有的.class和文件拖进jar里
宠物小精灵——OfficialPokembs
更多的骷髅——MoreSkeletonsMod
更聪明的狗——DoggyTalents
这只是另外一个更多的生物——AtmosMobs
矿石怪物——oremosters
另一个更多的人类——Mo’HumansMod
幻想精灵——ImagineMaster
手推车MOD——MinecraftCartMod
热气球——HotAirBalloon
滑翔翼——ParachuteMod
更多矿车——Steve’sCartsMod
船舶mod——ShipsBoatsmod
综合 [测试用无危害的TNT——TestTNTMod
家具MOD——Furnituremod
另一个家具MOD——Decorativesmod
装饰帝的福音：雕刻MOD——Sculpture
装饰帝的另一个福音——LittleBolcks
镜子MOD——Mirrors
生物标本——StuffedAnimals
生物头颅标本MOD——MobBlockMod
目前游戏分为创造(classic版)与生存(Alpha版,Beta版)两个模式，创造模式版本中虽然可以无限制的创造，但是目前仅只有付费购买的生存模式版本还有在持续更新中。在创造模式的世界中没有敌人侵略，也没有Boss可以推倒，更无需担心诸如火山爆发任何或者土石流等天灾，玩家可以无限制的使用任何砖块等来建构自己的世界。至于生存模式就丰富许多，虽然在游戏中能够运用的资源不像是创造模式那样无限使用，而是需要透过不同的方式来获得（开采、种植植物、攻击动物…等），砖块携带量也有上限限制。玩家必须运用这些方块来建造建筑、打造器械来抵御怪物的袭击，保护自己。至于有些砖块甚至还可以制作成小船、箱子、采矿车或者是轨道等各种道具。生存模式中玩家将会有一格格的血条，从高处摔落、怪物袭击都会损血，也可以吃下某些道具来恢复，不过一但死亡，身上的所有东西都将掉落在死亡地点，玩家则传回游戏入口，这时候就得趁物品还没消失之前，狂奔回去拾取了。虽然游戏中的天空高度与地表深度都有限制，但是地表的宽度则是无边界的平面，若以目前的技术而言，《MineCraft》的世界足足可达地球表面积的八倍大。编辑本段游戏说明玩法：游戏给了你一片广阔的土地，这里没有敌人也没有BOSS，你能做的事情只有两件，那就是创造和破坏。你可以花上几分钟建起一个小茅屋，也可以用上数天来建造一个属于你自己的壮丽的城堡。使用破坏工具，你甚至还能在地下打凿出一个宏伟的地下宫殿。当你的杰作完成之后，你可以邀请朋友们来到你的世界参观。先来看看我的吧：），怎么样，被我的城堡震撼了吧？哈哈，其实我是根据别人的地图改造的，只是茶那个字就花了我半天的工夫呢。所以说，要创造一个杰作，不要期待在一天两天就能完成啊。操作：WASD-移动空格-跳跃R-瞬间转移到重生点G-添加一个住民Y-反转鼠标F-调整渲染距离（调整雾的浓度）回车-设置新的重生点ESC-释放鼠标并打开游戏菜单键盘上方的1～9-切换建筑方块的类型鼠标左键-添加或者移除一个方块鼠标右键-在添加模式和移除模式之间切换鼠标滑轮-切换建筑方块的类型鼠标中键-拷贝建筑方块的类型

《钢质内河船舶建造规范》

中国船级社
钢质内河船舶建造规范
（2016）
生效日期：2016年7 月1 日北京
总目录
总则 ........................................................................................................................................................................... 0-1 第 1 篇船体 ........................................................................................................................................................... 1-1 第 2 篇轮机 ........................................................................................................................................................... 2-1 第 3 篇电气设备 ................................................................................................................................................... 3-1 第 4 篇控制、监测、报警和安全系统 ............................................................................................................... 4-1 第 5 篇货物冷藏 ................................................................................................................................................... 5-1 第 6 篇消防 ........................................................................................................................................................... 6-1 第 7 篇材料与焊接 ............................................................................................................................................... 7-1 第 8 篇其他 ........................................................................................................................................................... 8-1

TC700系列吊车功能介绍与参数表说明书

TC700 SERIES TELESCOPIC CRANE2CONTENTSCrane Features (4)Range Diagram (5)Load Chart: Main Boom (6)Load Chart: Main Boom (7)Load Chart: Main Boom (8)Jib Load Chart 31 ft. Retracted and 53 ft. Extended (9)Jib Load Chart 31 ft. Retracted and 53 ft. Extended (10)Jib Load Chart 31 ft. Retracted and 53 ft. Extended (11)Chassis Dimensions (12)Reeving Diagram, Area of Operation, Outrigger Extension (13)Technical Descriptions (14)Technical Descriptions (15)//////////////////////////////////////////////////////////////////// Data published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.3KEY////////////////////////////////////////////////////////////////////////////////////Data published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.TC700 SERIES TELESCOPIC CRANE ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////GET MORE DONE IN LESS TIMEWhen you’re in business for yourself, time is money.The TC700 is designed speciﬁcally to rig up quickly by a single operator.RADIO OUTRIGGER CONTROLSGet out from behind the crane. Operatethe outriggers remotely, with a clear viewof the entire machine, using radiooutrigger controls we call ROC Solid. ON-BOARD OUTRIGGER PADS Stop lugging outrigger pads. On the TC700 pads are stowed on the outriggers and move with them as the outriggers swing into position. REMOTE WINCH CONTROL Lower and raise the hook block quickly. With remote winch control on the TC700, the winch can be operated from any location. (OPTIONAL)THE TC700 TELESCOPIC CRANEVersatile. Affordable. User friendly.The TC700 is built to meet the wide-ranging needs of owner operators who may useit for residential construction one day and bridge work the next. No matter what thetask, the TC700 is designed to get you to the job and on the job quickly.With it, you can:• Travel to and between job sites at highway speed on a commercial chassis• Rig up quickly with radio outrigger controls• Operate comfortably and conﬁdently in its tiltable cab• Removable counterweights and a travel length of 40 ft.• Travel to and between job sites at highway speed.• Ride in comfort with a carrier suspension designed for highway driving.• Get repairs done quickly and by qualiﬁed technicians at commercial• Extend the life of the crane by replacing only the chassisOperator cab tilts from0º to 20° for a comfortable,clear view of the load. Other features include:• 70-ton capacity, 8 ft. rated distance from center of rotation • 115 ft. max. boom length • 125 ft. max boom tip height • 31 ft./53 ft. optional bi-fold jib • Full Load Moment Indicator with work area deﬁnition • Removable counterweight system5RANGE DIAGRAM /////////////////////////////////////////////////////////////Data published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.TC700 SERIES TELESCOPIC CRANELOAD CHART: Main Boom/////////////////////////////////////////////////Data published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.NOTES:• All loads rated at 360° pick • Loads based on crane on outriggers • All “on outriggers” loads are based on 85% tipping • Loads above heavy line are based on structural rating • Loads below heavy line are based on tipping ratingLOAD CHART: Main Boom/////////////////////////////////////////////////TC700 SERIES TELESCOPIC CRANE8LOAD CHART: Main Boom /////////////////////////////////////////////////Data published herein is intended as a guide only.Crane operation is subject to the computer charts andoperation manual supplied with the crane.NOTES:•All loads rated at 360° pick•Loads based on crane on outriggers•All “on outriggers” loads are basedon 85% tipping•Loads above heavy line are basedon structural rating•Loads below heavy line are basedon tipping rating9LOAD CHART: Main Boom and Jib/////////////////////////////////////Lifting Capacities - 31 ft. Retracted JibLifting Capacities - 53 ft. Extended Jib16,500 lb.23 ft. 10 in.360ºData published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.TC700 SERIES TELESCOPIC CRANE10LOAD CHART: Main Boom and Jib///////////////////////////////////// Lifting Capacities - 31 ft. Retracted Jib Lifting Capacities - 53 ft. Extended Jib11,000 lbs.23 ft. 10 in.360ºData published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.11LOAD CHART: Main Boom and Jib/////////////////////////////////////Lifting Capacities - 31 ft. Retracted JibLifting Capacities - 53 ft. Extended Jib5,500 lb.23 ft. 10 in.360ºData published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.TC700 SERIES TELESCOPIC CRANE12CRANE DIMENSIONS////////////////////////////////////////////////////// TC700 ON KW T800SUGGESTED CHASSIS DATA* Weight with auxiliary winch, jib and full (16,500 lbs.) CWT(CWT to travel must be stored with half on turret and half on subframe)** Auxiliary winch, jib, zero added counterweight*** Without auxiliary winch and jibOther Chassis Applications available. Please Consult FactoryData published herein is intended as a guide only. Crane operation is subject to the computer charts and operation manual supplied with the crane.13OUTRIGGER EXTENSION //////////////////////////////////////////////////////////////////////////////////////////REEVING DIAGRAM//////////////////////////////////////////////////////////AREA OF OPERATIONFULL EXTENSIONFULL RETRACTION23’-2” (7061)25’-8” (7823)17’-4” (5283)23’-10” (7264)TC700 SERIES TELESCOPIC CRANETECHNICAL DESCRIPTIONS////////////////////////////////////////////TECHNICAL DESCRIPTIONS/////////////////////////////////////////////1-877-314-3390 。

艾德克斯电子直流可编程多路电子负载型号IT8700系列说明书

用户使用手册
直流可编程多路电子负载型号IT8700 系列
© 版权归属于艾德克斯电子有限公司 Ver1.2 /PR, 2010/ IT8700-415
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第一章产品介绍 ..............................................................................................................7 1.1 介绍 ........................................................................................................................7 1.2 描述 ........................................................................................................................7 1.3 前面板介绍..............................................................................................................8 1.4 后面板介绍..............................................................................................................9
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5.2.1 单通道模组面板..........................................................................................33 5.2.2 双通道模组面板..........................................................................................33 5.3 VFD 指示灯功能介绍 .............................................................................................32 5.4 主机后面板 8 针端子用法......................................................................................32 5.4.1 外部触发 .....................................................................................................32 5.4.2 外部 ON/OFF 控制连接...............................................................................32 5.5 主机-扩展机框的连接 ............................................................................................32 5.6 模组后面板端子功能 .............................................................................................32 5.6.1 电压故障指示..............................................................................................39 5.6.2 电流监控 .....................................................................................................39 5.6.3 数字 I/O ......................................................................................................39 5.6.4 远端量测.....................................................................................................39 5.6.5 外部模拟量控制 ..........................................................................................40 5.7 负载连接 ...............................................................................................................40 5.8 并联连接 ...............................................................................................................41 第六章操作介绍 ............................................................................................................42 6.1 本地/远端控制 .......................................................................................................42 6.2 远程控制连接 ........................................................................................................42 6.3 操作模式 ...............................................................................................................43 6.3.1 定电流操作模式（CC）..............................................................................43 6.3.2 定电阻操作模式（CR）..............................................................................44 6.3.3 定电压操作模式（CV）..............................................................................44 6.3.4 定功率操作模式（CW）.............................................................................47 6.3.5 定阻抗操作模式（CZ）..............................................................................47 6.3.6 基础操作模式 .............................................................................................47 6.4 动态测试操作........................................................................................................47 6.4.1 连续模式（CONTINUOUS ）....................................................................47 6.4.2 脉冲模式（PULSE）..................................................................................48 6.4.3 触发模式（toggle）....................................................................................48 6.4.4 A/B 动态操作...............................................................................................49 6.5 顺序操作（LIST） ................................................................................................50

英国翠欧TRIO

英国翠欧TRIOTRIOMOTIONTECHNOLOGY目的............................................................. ............................................................... ......................2原则............................................................. ............................................................... ......................2内容............................................................. ............................................................... . (2)1用途............................................................. ............................................................... .. (2)1.1应用领域............................................................. .......................................................21.2应用实例............................................................. .......................................................22运动控制系统构架............................................................. .. (2)2.1组成............................................................. ...............................................................22.2各部分功能................................................................................................................33配线............................................................. ............................................................... .. (4)3.1MC206某介绍............................................................. ................................................43.2供电............................................................. ...............................................................53.3控制器、驱动器配线............................................................. ...................................63.4孔制器、上位机连接............................................................. ...................................94软件编程............................................................. ............................................................... (9)4.1支持软件使用............................................................. ...............................................94.2简单运动指令举例............................................................. .....................................194.3简单运动控制程序举例............................................................. .. (25)TRIOMOTIONTECHNOLOGY目的通过阅读本手册，让刚刚接触TRIO运动控制器的客户可以从用途、系统构架、TRIO在系统中的作用以及软、硬件有一个初步的了解。

我的世界局域网联机显示无效的会话和搜不到主机

我的世界局域网联机显示无效的会话和搜不到主机工具/原料
JAVA环境下的我的世界
我的世界游戏版本相同，mod相同
方法/步骤
打开防火墙设置页面，点开允许应用或功能通过防火墙设置页面，在程序列表里将两
个JAVATMplatform SE binary都勾选允许其通过防火墙不推荐直接关闭防火墙。

2不是同一个网可以用游侠对战平台进同一个房间进行联机，第一个方法已经解决了
我的1.7.10版本联机无效会话和搜不到服务器的问题，还搜不到可以在我的世界多人游
戏里添加服务器，第一行服务器名称不变，第二行输入开服电脑的IP地址：房间号，例，192.168.100:xxxxx，用局域网联机的IP地址就是主机在该局域网下的IP地址，用对战
平台的IP地址是主机所进房间分配的虚拟IP地址
3最后还是要确定联机中的版本，mod都一样，至于什么正版验证的问题，我没遇到，我不信。

我用的是忘却的旋律那个版本的启动器
感谢您的阅读，祝您生活愉快。

简单火箭mod安装方法

简单火箭mod安装方法
安装简单火箭模组的方法如下：
1. 在你的Minecraft游戏中下载并安装Forge。

Forge是一个用于安装Minecraft模组的工具。

你可以在官方网站（
2. 下载简单火箭模组文件。

你可以在Minecraft模组网站（如CurseForge，
3. 打开你的Minecraft游戏文件夹。

你可以在游戏启动器中找到游戏文件夹的位置。

打开游戏文件夹后，你会看到一个名为“mods”的文件夹。

4. 将下载的简单火箭模组文件复制到“mods”文件夹中。

5. 重新启动你的Minecraft游戏。

启动时，Forge会加载并启用安装的模组。

现在你已经成功安装了简单火箭模组。

你可以在游戏中尝试使用该模组。

请注意，某些模组可能需要其他前置模组或库才能正常运行。

在安装模组之前，请务必仔细阅读模组的说明和要求。

魔力宝贝修改代码一览表GM

setrecipe*** \\设置制造物品开关
inforecipe \\看制造信息
setdur \\设置耐久
setallleaklv \\
battlemap \\
filladdressbook \\
addrecipeitem \\得到某制造物编号所需的材料
warpsearch \\地图搜索
npcsearch \\范围内NPC搜查
hanko \\
usersearch \\查找玩家
finduser \\参数加帐号。可以得到所在地图编号＆坐标
killuser \\中断某玩家连线
defaultitem \\
resetverupkey
fastnet \\
morph \\
resetgenebox \\
warpplayergroup \\
checkmonsname \\
checkroomid
setisuse \\
setmonsname \\
setskillslot \\设定用户技能数目
trial*** \\设定用户收费等级
addstampcnt \\
sysinfo \\查看系统资料如在线帐号数等。
完整使用方法输入:[nr sysinfo]
setskill \\设定人物技能1006是迅速。1---1XX都是4.0以前的常用技能。有召唤魔封
skillinfo \\查看人物技能
setskilllv \\设定技能等级
setskillexp \\设定技能经验
techinfo \\技能信息
petinfo \\查看宠物信息
makepet \\制造宠物后面跟宠物编号可以造魔力里面所有的BOSS 911是LBLS的ID