landmark培训操作手册(详解版)

I.Installation Instructions (1)Step #1 Mount Your Pump AssemblyStep #2 Wiring to Power and Installing Switch Box Step #3 Mounting the Foam Chambers Step #4 Plumbing the Air and Liquid LinesII.Operating Instructions (4)Mixing Your Foam Solution Starting Up Your Foam Marker Adjusting Your Foam Marker Output Parts DiagramIII. Maintenance Requirements (6)Common Filter Maintenance Operating At Freezing TemperaturesIV.Policies and Information (7)I MPORTANT :P LEASE RETURN YOUR OWNERS R EGISTRATION C ARD WITHIN THE NEXT 10 DAYS TOACTIVATE YOUR WARRANTY .Installation InstructionsThank you for purchasing a LandMark™ Foam Marker, it has been built to produce high-quality foam marks with minimal service. In addition to producing great foam, the LandMark™ is also capable of keeping pace with high-speed sprayers. For best results, please read and follow the installation and operating instructions below. Please refer to your Parts Inventory Sheet when installing your marker.Step #1Mounting yourso you may need to mount directly onto your sprayer, or somewhere in a secure Now that your mounting bracket has been securely fastened, provide ¼” tubing) to run from your pump assembly (as pictured below) into yourtank with an inline filter (FM1032). You may need to drill a hole into your tank(as pictured above).Finally, attach your pump assembly (LM0003-OEM-NT)to your mounting bracket with the following parts (NB5825, NBSSLO, NBSSNU).ScrewInsertsStep #2 Wiring to Power And Installing SwitchboxStep #3Next, you will need to route the power lead to the operator’s area and mount the switch box (EL8103) with zip ties or your own bolts wherever you please in your operating area. Make sure that you do not allow the wire to come into contact with any sharp, hot, or moving surfaces.Route the power lead to a 12v power source by connecting the red wire to positive and connect the black wire to negative. Connecting the wires backwards will destroy your solenoids and void your warranty. To power your switchbox simply run your 24 ft. cable from the tank assembly to your push to connect cord on your switch box.Note: If two 6v batteries are used, connect the red wire to the positive post connected to the starter, and the black wire to a ground. We have included a wiring schematic in your catalog and our website (FAQ) for your reference.We have included metal brackets (FM1007) to mount the foam chamber/nozzle assemblies (FM100B-99). Weld or U-bolt (not provided) your brackets so that your foam chamber sits in the metal cradle near the end of each boom (as pictured below). Each foam chamber mounts on the bracket with two #24 clamps (CL0024). Therefore this kit contains four #24 hose clamps (two for each foam chamber). Mount the chamber/nozzle assemblies so that the nozzles are pointed down. If possible, the nozzles should be outside the spray pattern. The 24” drop nozzle can be cut to a length of your choice.24” drop nozzle#24 Clamps Power lead tobatteryPush to ConnectCord to the pumpassembly (2nd halfattached to pumpassembly)Notice that thenozzles arepointed downand allow spaceoutside thespray pattern.SwitchboxMetal BracketsStep #4 Plumbing the Liquid and Air Lines First, screw your Y-connectors (HY14AS QTY: 2) into the insert on the foam chambers with a wrench.Then supply ¼” tubing lines (not provided) to each “Y” connector (both ends as pictured), and run the lines along the boom frames toward thetank/compressor assembly. Cut the tubing accordingly for each line. Make sure there is excess tubing where your spray boom folds up to prevent the lines from getting tangled.The white control box should be labeled, as shown in the picture below, and you must connect the ¼” tubing (One side labeled as air line right and left, and the other one should be labeled liquid line right and left). Plug your tubing accordingly with one Y-connector having an air (Air R on tank assembly) and water (Liquid R on tank assembly) line running to it. Similarly, plug your other Y-connector with an air (Air L on tank assembly) and water (Liquid L on tank assembly) line running to it. Below you will see a picture of what you should be seeing on your control box.Finally, secure the tubing lines along the boom and sprayer frame with the nylon ties. Be careful to not kink or pinch the lines with the ties provided. You should be ready to go! Make sure that your push to connect power chord is connected, and then follow our operating instructions to start making foam.Left Side Y-connectortubing lines gohere.Right Side Y-connectortubing lines gohere.Operating InstructionsMixing Your Foam SolutionTo ensure the highest-quality foam marks, we recommend using our Field Mark® FoamConcentrate (FOC001). You can try other foam concentrates if you please, but it’s veryimportant that you do not use, “hard” water. You will get, “soupy” foam if you have hard water, so a water softener is recommended if you have hard water.Mixing Instructions:First, fill your tank with clean water and then add foam concentrate. When using 80:1 FieldMark® Foam Concentrate, use the following rates with your lid as your measurement and pour 1-1/5 cups (or 1-1/5 lids) of solution in your 6 gallon tank with water. Remember to plug the hole in the lid to prevent leaks.If you are using a brand other than our Field Mark® Foam Concentrate, follow themanufacturer’s instructions.Starting Up Your Foam MarkerOnce your machine has been powered up, flip the toggle switch to the right or the left to start making foam. Foam solution and air will travel to one of the chambers and start generatingfoam. If you want to generate foam on the other side, simply flip the switch.Adjusting Your Foam Marker OutputWhile in the field, you may choose to adjust your marker to produce foam at a faster rate to produce more foam drops. To adjust your foam output, stiffness, and volume simply adjust the brass needle valve pictured:Note: If the needle valve is opened too far, the foam chambers will flood and produce wet, sloppy foam. You should be able to produce a drop every second if you adjust the nozzle to optimum speed. In most spraying applications this is more than enough marks per foot. You can conserve your foam by turning down the liquid flow when a desired foam consistency is achieved.Maintenance RequirementsCommon Filter MaintenanceThere are two filters on the air pump (one felt that needs replaced when it turns black…and one sponge that can be blown out over time). There is a filter at the bottom of the tank that should be checked regularly to make sure the flow of liquid isn’t being blocked…this can easily be cleaned by reaching into the tank..Operating at Freezing TemperatureWhen operating in temperatures at, or below freezing, one to two cups of ethylene-glycol-based antifreeze may be added to five gallons of foam solution.If your system will be exposed to freezing temperatures overnight…reach into your tank and pullclear the foam solution from the pump and solenoids.For long term storage…drain the tank of foam solution and run fresh water through the entire system. While the unit is still running, blow air through the suction tube until the system is dry. Flip the power switch to dry the other side.Smucker MFG Inc. reserves the right to make changes in design, material, specifications, or price without notice or liability thereof. Prices are subject to change without notice, and orders will be processed according to prices in effect at the date of shipment unless notified otherwise.Prices are FOB from Harrisburg, Oregon based on availability unless otherwise specified.United Parcel Service and common carrier will be prepaid and charged to the customer unless otherwise specified.Call for quotes on special orders and orders outside the continental US.No merchandise should be returned to Smucker Mfg., Inc. for credit unless accompanied by a return authorization number from our company. You will receive credit for the full amount of the return, if the merchandise is returned within 30 days of the invoice date. Any merchandise that is not returned within 30 days of the invoice date is subject to a restocking fee of 15%. Contact your Smucker dealer for return information.Merchandise that has been special ordered cannot be returned for credit. Non-stock items returned for credit will be subject to vendor’s return policy. Check merchandise immediately upon receiving shipment. Damages and shortages due to carrier damage must be claimed with the delivery carrier. Shortages must be claimed with Smucker Mfg. Inc. within five days of receiving the shipment. No one shall make any warranty, either implied or expressed, as to the performance, efficiency, or other capability that has not been stated in the manufacturer’s guaranty.The manufacturer’s policy will determine any replacement of defective materials or workmanship, installation, use, and other causes beyond the replacement of defective parts.All products manufactured by Smucker Mfg. carry an industry leading guaranty, extending two full years from the date of purchase. Should there be any sort of defect or failure in that period with the unit or part(s), contact the Smucker Mfg. dealer that you purchased from for detailed information. Please contact the dealer you purchased the product from for any questions concerning your purchase.PricesShipmentsReturn PolicyDamaged merchandise-shortages Warranty for Distributed products Warranty for manufacturer’s products Contact。

PetroChina勘探生产分公司工程技术处Landmark 钻井软件培训基本内容Landmark北京办公室2005．3．21目录一、EDM(工程数据模型) 2二、定向井设计系统(COMPASS) 5三、管柱设计系统Tubulars 7四、钻井工程设计和分析系统WELLPLAN 10五、钻井时效分析与成本预算系统Drillmodel 21六、钻井数据管理解决方案OpenWells 21一、EDM(工程数据模型)工程数据模型EDM （Engineering Data Model）是Landmark公司新一代油井设计、施工报表系统、采油生产与经济评价的公共数据库平台，它通过一个完全的井架构解决方案提供钻井与井服务的无缝集成。

通过一致的数据管理、导航、安全、统一单位控制、参考基准面、多应用程序并发等手段，应用COMPASS、WELLPLAN、CasingSeat 、Stresscheck和OpenWells实现工程工作流。

EMD 为详细施工作业和工程工作流提供一个单一的平台，实现从原形到计划及钻井与油井服务等各个阶段的管理。

1998年7月释放的DEX（数据交换）可以在应用程序之间移动数据，提供了高水平的可交互性，能实现内部机制的工作流。

随着2003年5月的释放版本，EDM提供了更先进的功能，其中包括统一数据库支撑的强壮的集成平台，数据库集中存储井生命周期（设计、实施、分析）各个阶段的数据。

通过高效的、自然集成的工作流，在钻井设计过程中，EDM平台使得工程师能够评估生产收益。

它集成各种应用程序，通过单一的公共数据入口点，在井设计与实施过程中，保证数据的质量。

EDM 为实时工程设计提供基础，根据最新的施工参数，应用工程分析工具，很容易实现当前施工分析。

EDM为第三方工具提供集成平台。

1、EDM 的优点所有数据存储在统一位置精确的、可信的、实时更新的数据集的共享拷贝被多用户存取，免去了管理多份数据所带来的麻烦。

/p-37972457.html LandMartk—Pal/PostStack软件介绍流程（姜秀清）工作流程如下：1、首先启动ow2003，启动命令为：startow2、键入口令，如：123453、窗口中显示了ow2003的主窗口4、打开如下菜单：5、点击图上模块6、出现7、打开，选择工区，并且激活poststack esp和pal两项选项。

点击8、选择解释员后，出现窗口选择选择工区内的地震数据，选择重新键入新的输出地震名，在图上位置区域内按MB3（鼠标右键），出现，9、增益：选择第一项可以选择任何一种方法进行地震道的增益10、滤波：选择第二项选择滤波方式11、反褶积：选择第三项进行反褶积计算12、三瞬：选择，选择三瞬，即瞬时相位，瞬时频率，瞬时振幅。

13、选择合适的处理方法后，需要选择相应的参数，如图中显示位置点MB1出现参数选项，选择合适的参数，然后按OK。

其他处理方法如同。

14、最后选择菜单中的RUN按扭，运行。

此时可以检测程序的运行情况，点击主菜单中的job------下面的view进行查看。

到这里叠后处理中的反褶积，滤波，增益，三瞬就讲完了。

接下来介绍地震资料的相干处理和地震资料的属性提取：14、相干处理，仍然在上面的主菜单中选择第10项的，选择一种相干方式，现举一例进行演示，如然后点击鼠标MB1参数选项，出现参数菜单，选择好分析时窗方式后，选取层位和合适的时窗，键入输出名，选择扫描模式之后，点击ok按扭。

回到主菜单，RUN。

15、属性提取：选择菜单中的第8项后，在上按鼠标MB1，选择分析时窗方式，选取层位和合适的时窗，然后选择提取的地震资料的属性参数，包括有：（1）振幅类属性常用的振幅类属性有：1）：2）Average Absolute Amplitude 平均绝对振幅：此外，还包括了3）、、、、4）：：：：：：：：（2）复地震道统计类：复地震道包括5种属性，1）2）在复地震道计算中，瞬时频率是相位随时间的变化率，或者说是相位的导数。

PetroChina勘探生产分公司工程技术处Landmark 钻井软件培训基本内容Landmark北京办公室2005．3．21目录一、EDM(工程数据模型)工程数据模型EDM （Engineering Data Model）是Landmark公司新一代油井设计、施工报表系统、采油生产与经济评价的公共数据库平台，它通过一个完全的井架构解决方案提供钻井与井服务的无缝集成。

通过一致的数据管理、导航、安全、统一单位控制、参考基准面、多应用程序并发等手段，应用COMPASS、WELLPLAN、CasingSeat 、Stresscheck和OpenWells实现工程工作流。

EMD为详细施工作业和工程工作流提供一个单一的平台，实现从原形到计划及钻井与油井服务等各个阶段的管理。

1998年7月释放的DEX（数据交换）可以在应用程序之间移动数据，提供了高水平的可交互性，能实现内部机制的工作流。

随着2003年5月的释放版本，EDM提供了更先进的功能，其中包括统一数据库支撑的强壮的集成平台，数据库集中存储井生命周期（设计、实施、分析）各个阶段的数据。

通过高效的、自然集成的工作流，在钻井设计过程中，EDM平台使得工程师能够评估生产收益。

它集成各种应用程序，通过单一的公共数据入口点，在井设计与实施过程中，保证数据的质量。

EDM为实时工程设计提供基础，根据最新的施工参数，应用工程分析工具，很容易实现当前施工分析。

EDM为第三方工具提供集成平台。

1、EDM 的优点所有数据存储在统一位置精确的、可信的、实时更新的数据集的共享拷贝被多用户存取，免去了管理多份数据所带来的麻烦。

它对提高数据质量、加强应用间数据一致性有所帮助，本系统实施跨公司公共进程和标准化来减少钻井工程中的管理费用。

数据的易组织性层次分明的数据组织，数据层次包括公司、项目、站点、井、井筒、设计、和场地，钻井实施还包括完井、事件、报告与装备。

支持知识管理根据任何井设计方法，你能够应用所有捕获的数据进行偏移井分析，制定技术限定分析计划，进行经验讨论。

LandMark软件常规解释流程培训资料目录一、数据加载（一）启动LandMark (1)（二）建立投影系统 (1)（三）建立OpenWorks数据库 (1)（四）加载钻井数据 (2)二、制作合成地震记录（一）准备工作 (5)（二）启动SynTool制作合成地震记录 (5)（三）合成地震记录的存储 (7)（四）合成地震记录的输出 (8)三、三维地震资料解释（一）启动SeisWoks (9)（二）三维地震工区中常见的文件类型 (9)（三）显示工区底图 (10)（四）显示地震剖面 (10)（五）解释层位和断层 (10)（六）制作等值线，生成绘图文件（*.cgm）并出图 (11)（七）层位管理 (11)四、时深转换（一）建立速度模型 (13)（二）时深（或深时）转换 (15)（三）速度模型的输出及其应用 (18)（四）基准面 (20)五、构造成图（一）作图前的准备工作 (22)（二）用ASCII数据绘制等值线平面图 (23)（三）用SeisWorks解释数据绘制等值线平面图 (24)（四）绘制地理底图 (25)（五）生成比例绘图文件并出图 (28)六、UNIX常用命令介绍（一）目录管理命令 (29)（二）文件管理命令 (29)（三）打印命令 (31)（四）网络操作 (31)（五）其他常用命令 (31)（六）vi编辑命令 (32)应用LandMark软件进行常规地震资料解释OpenWorks是LandMark所有软件模块的一体化工作平台。

在此环境平台下，地球科学应用人员可以直接综合应用各种软件模块，解决各种地学问题。

在LandMark软件中进行地震资料解释的常规流程如下：●数据加载●制作合成地震记录●三维地震资料解释●时深转换●构造成图一、数据加载（一）启动LandMark进入LandMark用户后即刻出现OpenWorks工作平台，LandMark软件各种功能的模块（SynTool、SeisWorks、TDQ、ZmapPlus、PostStack/PAL。

PetroChina勘探生产分公司工程技术处Landmark 钻井软件培训基本内容Landmark北京办公室2005．3．21目录一、EDM(工程数据模型)二、定向井设计系统(COMPASS) 5三、管柱设计系统Tubulars四、钻井工程设计和分析系统WELLPLAN五、钻井时效分析与成本预算系统Drillmodel 1六、钻井数据管理解决方案OpenWells一、EDM(工程数据模型)工程数据模型EDM （Engineering Data Model）是Landmark公司新一代油井设计、施工报表系统、采油生产与经济评价的公共数据库平台，它通过一个完全的井架构解决方案提供钻井与井服务的无缝集成。

通过一致的数据管理、导航、安全、统一单位控制、参考基准面、多应用程序并发等手段，应用COMPASS、WELLPLAN、CasingSeat 、Stresscheck和OpenWells实现工程工作流。

EMD为详细施工作业和工程工作流提供一个单一的平台，实现从原形到计划及钻井与油井服务等各个阶段的管理。

1998年7月释放的DEX（数据交换）可以在应用程序之间移动数据，提供了高水平的可交互性，能实现内部机制的工作流。

随着2003年5月的释放版本，EDM提供了更先进的功能，其中包括统一数据库支撑的强壮的集成平台，数据库集中存储井生命周期（设计、实施、分析）各个阶段的数据。

通过高效的、自然集成的工作流，在钻井设计过程中，EDM平台使得工程师能够评估生产收益。

它集成各种应用程序，通过单一的公共数据入口点，在井设计与实施过程中，保证数据的质量。

EDM为实时工程设计提供基础，根据最新的施工参数，应用工程分析工具，很容易实现当前施工分析。

EDM为第三方工具提供集成平台。

1、EDM 的优点所有数据存储在统一位置精确的、可信的、实时更新的数据集的共享拷贝被多用户存取，免去了管理多份数据所带来的麻烦。

它对提高数据质量、加强应用间数据一致性有所帮助，本系统实施跨公司公共进程和标准化来减少钻井工程中的管理费用。

COMPASS for Windows 5.3.1 COMPASS for Windows of Landmark Graphics Co.简明使用手册目录一、COMPASS WELLPLAN FOR WINDOWS 功能简介二、COMPANY SETUP - CREATE NEW COMPANY：公司设置-建立新的公司三、FIELD SETUP- CREATE NEW FIELD：油气田设置-建立新的油气田四、SITE SETUP- CREATE NEW SITE：区块设置-建立新的区块五、TEMPLATE EDITOR：槽口模板编辑器六、WELLSETUP-CREATE NEW WELL：单井设置-建立新井七、WELLPATH SETUP-CREATE NEW WELLPATH：轨迹设置-建立新的轨迹八、TARGET EDITOR：靶点编辑器九、NEW PLAN & OPEN PLAN：井眼轨迹设计十、NEW SERVEY& OPEN SERVEY：实测数据建立与编辑十一、ANTICOLLISION：防碰计算十二、WALL PLOT COMPOSER：挂图制作十三、常用功能简介COMPASS WELLPLAN FOR WINDOWS 功能简介COMPASS（指南针）有三个核心功能：PLANNING（设计）按计划井眼形状设计井眼轨迹SURVEY（实测计算）已钻井眼实测数据的计算及轨迹预测ANTICOLLISION（防碰计算）井眼轨迹之间的距离计算除此之外，COMPASS还有以下功能：COMPANY SETUP 允许你为不同的公司设置COMPASSFIELD SETUP 为同一油田的所有平台定义通用的水平或垂直参考系统TARGET EDITOR 靶点编辑器，设置靶点位置及靶区形状TEMPLATE EDITOR 槽口编辑器，用于丛式井井口坐标计算REFERENCE DATUM ELEVATIONS 定义不同的海拔高度参照基准MAGNETIC CALCULATOR 计算不同磁场模型的磁场值GEODETIC CALCULATOR 不同地质坐标系之间的数值转换计算SURVEY TOOLS 定义不同测量工具的测量误差COMPANY SETUP - CREATE NEW COMPANY公司设置-建立新的公司建立一个新的公司，实际上就是为你建立的这个新公司对COMPASS软件进行一些基础参数设置，也就是COMPANY SETUP（公司设置）。