大森2000

DCSS5调试说明书一.自学习过程：（分Step1 和Step2）Step1：↓按“3”键↓按“3”键（为了得到SETUP菜单，请按 shift＆7）↓按“1”键↓按“1”键↓按<GO ON/GO BACK>键，<ENTER>选择马达的类型。

↓选择开门的型式为中分或双折，TLD为双折门，CO为中分门↓选择开门的宽度,<ENTER>↓<GO ON/GO BACK>↓选择编码器的类型，<ENTER>Step2:↓观察门的移动并回答，如果门完全打开，它又开始关门↓门完全关闭，又问2．学习门的宽度：Learn DOORWAY编码器积累了开关门过程的脉冲来描述门的宽度。

当门完全打开，回答下面的问题3.学习爬行距离:Learn Creep WaysDCSS5 学习门锁距离和转矩必须从开门和关门锁，开门的爬行距离和关门的爬行距离从门锁距离开始。

↓<Enter>门将进行好几次的短路线的开和关如果爬行距离测试完成，DCSS5将进入下一步。

4.学习转矩:Learn TorquesDCSS5 用检测速度开门，找出完全开门所需的最小的转矩，如果这个跟踪行为超出了转矩的范围；测试将重新给一个增加的转矩，所有的爬行和关门转矩都取决于检测时的转矩数↓<ENTER>如果自学习转矩可使门完全打开，DCSS5关上门重新准备下一个步骤。

就结束了，显示如下：5.学习前进增益:Learn Forward Gain此参数是由速度和加、减速度来提供↓<Enter>首先开始开门运行测试间断性动作，如果距离比开门要长就重试，直到修改控制参数。

这个循环一直进行，直到找到最佳的控制参数；影响它的参数有两个p1:FeedUp-Gain; p2:FeedDown-Gain到此DCSS5已完全安装好了。

二．参数设置：KEY：333↓按“3”键↓按“3”键↓按“3”键，进入Setup-Field“参数设置范围”栏当重新写入一个参数时，DCSS将检查他的值，这个值必须在最大和最小值之间，如果参数超出这个极限，最大值将代替这个值。

薄暮传说攻略帝都ザーフィアス开场剧情过后往上走，剧情，继续往上走，左转，剧情，得到一个贵重品ワンダーログ。

继续往上走，剧情后进入贵族之街，走到左边的房屋。

门锁了，左走从窗口进入。

2个火炉里有物品。

调查2楼左边的房门，剧情，然后和笨蛋二人组战斗。

第一场战斗，教学模式，不难，但小心被围殴。

ワンダーログ左侧火炉スペクタクルズ右侧火炉剧情后拿到钥匙，房间身后有物品，开门后有记录点。

左走，睡着的士兵身后有物品。

出了铁门，在木箱内能找回自己的装备等。

出了监狱，一楼最左边，二楼最右边，二楼中间通道里的房间都有物品。

上到三楼后发生剧情（麻衣酱，萌~~），然后从中间的通道直走（厨房里能回复HP TP，火炉有物品）。

一直走，宝箱都不能难找，有几个在岔道里。

第二个记录点下方的房间发生剧情，第一场BOSS战。

BOSS战分2阶段，第一阶段，BOSS只会普通攻击，抓住破绽攻击就行，注意BOSS有时会有个防护罩的东西，能在抵挡攻击时反击。

打了BOSS一半血后第二阶段，BOSS发挥实力，同时麻衣酱加入战斗。

这时候BOSS的攻击频率变高，而且会使用连技：普攻+飞叶舞步+空破特攻弹。

飞叶舞步会打到身后，小心，同时不要在飞叶舞步后攻击，会中空破。

SECRET MISSION达成条件是同伴不受到伤害。

アップルグミ自己牢房后面ホーリィボトルザーフィアス城・木箱オレンジグミザーフィアス城・木箱タマゴザーフィアス城・食堂ライフボトルザーフィアス城・宝箱アップルグミザーフィアス城パイングミフレン房间アップルグミフレン房间ホーリィボトルフレン房间ライフボトルザーフィアス城・宝箱アップルグミ有女神像的房间オレンジグミ有女神像的房间剧情后向下走，走到麻衣的房间发生剧情，正式加入。

一直走，走到一个有女神像的房间，移动女神像，出现地下道。

进入地下道有一场强制战斗，介绍是复数遇敌的。

地下道很简单，宝箱都在明显位置，路线单一，最多推推木箱了。

通过后回到城镇。

•New Castle, DE USA +1-302-427-4000•Lindon, UT USA+1-801-763-1500•Hialeah, FL USA+1-305-828-4700•Crawley, United Kingdom +44-1293-658900•Shanghai, China +86-21-64956999•Taipei, Taiwan +88-62-25638880•Tokyo, Japan +81-3-5759-8500•Seoul, Korea +82-2-3415-1500•Bangalore, India +91-80-2319-4177-79•Paris, France +33-1-30-48-94-60•Eschborn, Germany +49-6196-400-600•Brussels, Belgium +32-2-706-0080•Etten-Leur, Netherlands +31-76-508-7270•Sollentuna, Sweden +46-8-555-11-521•Milano, Italy +39-02-265-0983•Barcelona, Spain +34-93-600-93-32•Melbourne, Australia +61-3-9553-0813•Mexico City, Mexico +52-55-52-00-18-60L OCAL O FFICES0000ARES-G 21235711143541AR R HEOMETERS15161718192021TM 27354115(1) Patent # 7,017,393 (2) Patent # 6,798,099 (3) Patent # 6,952,950Minimum Torque Oscillation CR 0.003 μN.mMinimum Torque Oscillation CS 0.003 μN.mMinimum Torque Steady CR 0.01 μN.mMinimum Torque Steady CS 0.01 μN.mMaximum Torque 200 mN.mTorque Resolution 0.1 nN.m [1]Motor Inertia 18 μN.m.sAngular Velocity Range CS 0 to 300 rad/sAngular Velocity Range CR 1.4E -9to 300 rad/sFrequency Range 7.5E -7to 628 rad/sDisplacement Resolution 25 nradStep Change in Velocity 7 msStep Change in Strain 30 msDirect Strain Control Standard [2]Thrust Bearing MagneticNormal/Axial Force Range 0.005 to 50 NSmart Swap™StandardSmart Swap Geometry StandardPeltier Plate -40 to 200 °C [3]Environmental Test Chamber (ETC)-160 to 600 °CETC Camera Viewer OptionalConcentric Cylinder -20 to 150 °C [3]Peltier ControlUpper Heated Plate -30 to 150 °C [3]Electrically Heated Plate (EHP)-70 to 400 °C Camera Option with StreamingVideo and Image Capture OptionalT ECHNICAL S PECIFICATIONS16CR - Controlled Rate Mode CS - Controlled Stress Mode [1] Internal Resolution for D to A converter at torque of 0.1 µN.m [2] Direct Strain Control provides single cycle oscillation and continuous oscillations during experiments.[3] Lower temperature limits require use of a suitable fluid in an external circulator.1718Minimum Torque Oscillation CR 0.03 μN.mMinimum Torque Oscillation CS 0.1 μN.mMinimum Torque Steady CR 0.05 μN.mMinimum Torque Steady CS 0.1 μN.mMaximum Torque 200 mN.mTorque Resolution 1 nN.m [1]Motor Inertia 15 μN.m.sAngular Velocity Range CS 0 to 300 rad/sAngular Velocity Range CR 1E -8to 300 rad/sFrequency Range 7.5E -7to 628 rad/sDisplacement Resolution 40 nradStep Change in Velocity 25 msStep Change in Strain 60 msDirect Strain Control Standard [2]Thrust Bearing Porous Carbon AirNormal/Axial Force Range 0.005 to 50 NSmart Swap™StandardPeltier Plate -40 to 200 °C [3]Environmental Test Chamber (ETC)-160 to 600 °CConcentric Cylinder -20 to 150 °C [3]Peltier ControlUpper Heated Plate -30 to 150 °C [3]Electrically Heated Plate (EHP)-70 to 400 °CT ECHNICAL S PECIFICATIONSCR - Controlled Rate Mode CS - Controlled Stress Mode [1] Internal Resolution for D to A converter at torque of 0.1 µN.m [2] Direct Strain Control provides single cycle oscillation and continuous oscillations during experiments.[3] Lower temperature limits require use of a suitable fluid in an external circulator.19Minimum Torque 0.1 μN.m Maximum Torque 150 mN.m Torque Resolution 1 nN.m [1]Motor Inertia15 μN.m.s Angular Velocity Range CS 0 to 300 rad/s Angular Velocity Range CR 1.00E -7to 300 rad/s Frequency Range 7.50E -7to 628 rad/sDisplacement Resolution 40 nrad Step Change in Velocity 25ms Step Change in Strain 6 0ms Thrust Air Bearing Porous Carbon Smart Swap TM Standard Peltier Plate -40 to 200 °C [2]Peltier Plate Camera Optional Peltier Concentric Cylinder -20 to 150 °C [2]Upper Heated Plate -30 to 150 °C [2]Electrical Heated Plates-70 to 400 °C[1] Internal Resolution for D to A converter at torque of 1 µN.m[2] Lower temperature limits require use of a suitable fluid in an external circulator.T ECHNICAL SPECIFICATIONSAR T ECHNOLOGY The AR series represents a family of rheometers uniquely designed to deliver optimum system performance.6 R IGID O NE-P IECE A LUMINUM C ASTING& L INEAR B ALL S LIDEAR-G2 T ECHNOLOGYM AGNETIC T HRUST B EARINGWhy a magnetic bearing? Larger gaps in the absence of a continuous flow of pressurized air translates to unprecedented low levels of friction in the bearing. More importantly, the ability to control and measure torques in the nN.m range. No other rheometer can boast such low-end torque sensitivity. The larger gap in the thrust bearing is robust and not susceptible to contamination. The additional benefits of the magnetic bearing over traditional air bearing designs are the following:• Ultra low torques applied to the sample• Smaller sample volumes can be used• Ability to probe delicate material structures• Study of low viscosity materials over abroad range of conditionsP ATENTED D RAG C UP M OTOROur new patented advanced drag cup motor is designedto further reduce system friction by increasing the motor gap by 100%. Dramatic improvements in low end torque performance are realized without compromising high-end performance. The motor delivers enhanced transient response and an extended angular velocity control range. The motor incorporates a patented drag cup temperature sensor. For the first time in any rheometer design, the temperature of the drag cup is measured, ensuring the mostaccurate torque output.ACTIVE T EMPERATURE C ONTROL(ATC)The AR-G2 Electrically Heated Plate (EHP), Upper Heated Plate (UHP),and Dry Asphalt System all incorporate our new patented(1)non-con-tact temperature sensor for active measurement and control of theupper plate temperature, using a special draw rod. The draw rodhouses a micro PCB and Platinum Resistance Thermometer. AR-G2 T ECHNOLOGYICRO PCBP RIMARY CS ECONDARY C OIL HS SaS MART S WAP TM A CCESSORIESC ONCENTRIC C YLINDERConcentric Cylinders are commonly used for very low viscosity fluids,dispersions of limited stability, and applications where fluid/solventevaporation may be a problem. The Smart Swap Concentric Cylindersystem features Peltier temperature control and provides a temperaturerange of -20 to 150 °C with heating rates up to 15 °C/min.PPER H EATED P LATE(UHP)S MART S WAP TM A CCESSORIESE LECTRICALLY H EATED P LATES(EHP)The EHP is a Smart Swap TM temperature option that provides activeheating and cooling of parallel plate and cone and plategeometries. The EHP is perfect for rheological characterization ofpolymer melts up to a maximum temperature of 400 °C. Otherfeatures include an environmental cover and heated purge gasand an optional Gas Cooling Accessory for temperature controlto -70˚C. An optional clear purge cover is available for sampleviewing and integration with camera viewer. Additionally, for theAR-G2, the EHP offers patented Smart Swap G eometries andnewly patented Active Temperature Control, ATC. ATC makes theAR-G2 EHP the only electrically heated plate system capable ofdirect temperature control of both the upper and lower plates.30S MART S WAP TM A CCESSORIES3133D YNAMIC I NTERFACIAL S HEAR R HEOLOGY U SING THE AR-G2The dynamic interfacial shear moduli G’ and G” are used to monitor the network structure build-up, resulting from the adsorption of proteins at the interface. Proteins unfold at the interface and, therefore, are crucial to the stability of emulsions and foams. The measurement is done with a Du Noüy Ring, positioned at the interface of two liquids, or a liquid and air in a circular glass dish. The ultra-sensitive,nano-torque range of the AR-G2 rheometer is required to make these measurements. Figure 1 shows the dynamic storage modulus of this material continuously increases as the protein migrates to the surface and forms a network structure.0.030.0250.020.0150.010.0050 050100 150time (minutes)G ‘, G ’’ (N /m )34F LOW C URVE FOR D ISPERSIONS F LOW C URVE FOR P OLYMERSV ISCOELASTIC P ROPERTIES S TRAIN S WEEPD YNAMIC M ECHANICAL P ROPERTIES OF S OLIDS IN T ORSION T RANSIENT T ESTS(C REEP AND S TRESS R ELAXATION)D YNAMIC O SCILLATION ON L OW V ISCOSITY F LUIDS U SING ARES AR-G2 N ANO-T ORQUEM EASUREMENTS IN S TRESS& S TRAIN C ONTROL O SCILLATIONS TRESS AND S HEAR R ATE R AMPSE XTENSIONAL V ISCOSITYM EASUREMENTS ON ARESC REEP AND R ECOVERY OF A V ISCOELASTIC F LUIDS TRESS G ROWTH IN A T RANSIENT S TEP R ATE E XPERIMENT41© 2009 TA Instruments. All rights reserved.。

车床仅提供圆柱形毛坯。
毛坯材料：毛坯材料列表框中提供了多种供加工的毛坯材料，可根据需要在“材料”下拉列表中选择毛坯材料
毛坯尺寸输入：在此处输入毛坯尺寸，单位：毫米。
保存退出：按“确定”按钮，退出本操作，所设置的毛坯信息将被保存。
取消退出：按“取消”按钮，退出本操作，所设置的毛坯信息将不被保存。
2.2.2
数控加工仿真系统
大森数控、三菱数控系统
使用手册
上海宇龙软件工程有限公司
2005年5月
第一章 安装与进入
1.1
将“数控加工仿真系统”的安装光盘放入光驱
在“资源管理器”中，点击“光盘”，在显示的文件夹目录中点击“数控加工仿真系统3.7”的文件夹。
在弹出的下级子目录中根据操作系统选择相应的文件夹（Windows 2000操作系统选择名为“2000”的文件夹；Windows 98和Windows me操作系统选择名为“9x”的文件夹；Windows xp操作系统选择名为“xp”的文件夹）
手动选刀键
在手动状态下，用鼠标点击此键可手动选择与当前刀号相邻的下一把刀具。
跳步键
当指示灯亮时，数控程序中的跳过符号“/”有效。
选择停止键
当指示灯亮时，程序中的M01指令生效，自动运行暂停。
空运行键
按照机床默认的参数执行程序
机床锁住按键
X、Y、Z三方向轴全部被锁定，当此键被按下时，机床不能移动。
手轮X
图2-2-6-1图2-2-6-2
注：车床中通过点击图2-2-6-2中的“ ”图标将零件调头。
2.2.7
注：车床中无此操作。
当使用工艺板或者不使用夹具时，可以使用压板。
安装压板
依次点击菜单栏中的“零件/安装压板”。系统将弹出“选择压板”对话框。如图2-2-7-1所示