CCRC7.12使用说明
互联网音视频设备 快速操作指南说明书
互联网音视频设备快速操作指南使用前请仔细阅读快速操作指南，并妥善保管扫一扫上方二维码下载小翼管家APP版权所有©杭州海康威视数字技术股份有限公司2020。
保留一切权利。
本手册的任何部分，包括文字、图片、图形等均归属于杭州海康威视数字技术股份有限公司或其关联公司（以下简称“海康威视”）。
未经书面许可，任何单位或个人不得以任何方式摘录、复制、翻译、修改本手册的全部或部分。
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关于本产品本手册描述的产品仅供中国大陆地区销售和使用。
本产品只能在购买地所在国家或地区享受售后服务及维保方案。
关于本手册本手册仅作为相关产品的指导说明，可能与实际产品存在差异，请以实物为准。
因产品版本升级或其他需要，海康威视可能对本手册进行更新，如您需要最新版手册，请您登录海康威视官网查阅（）。
海康威视建议您在专业人员的指导下使用本手册。
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●本手册涉及的其他商标由其所有人各自拥有。
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海康威视不提供任何形式的明示或默示保证，包括但不限于适销性、质量满意度、适合特定目的等保证；亦不对使用本手册或使用海康威视产品导致的任何特殊、附带、偶然或间接的损害进行赔偿，包括但不限于商业利润损失、系统故障、数据或文档丢失产生的损失。
●您知悉互联网的开放性特点，您将产品接入互联网可能存在网络攻击、黑客攻击、病毒感染等风险，海康威视不对因此造成的产品工作异常、信息泄露等问题承担责任，但海康威视将及时为您提供产品相关技术支持。
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●如本手册内容与适用的法律相冲突，则以法律规定为准。
智能CAN网桥中继器说明书
智能CAN网桥中继器——北京安融互通科技有限公司北京安融互通科技有限公司修订历史- 2 –智能CAN 中继器 - 3 -目录第1章 功能简介 (4)1.1 概述 ................................................................................................................................... 4 1.2 产品特性 ........................................................................................................................... 4 1.3 各部件名称与功能 ........................................................................................................... 5 1.4 电气参数 ........................................................................................................................... 5 第2章 接线. (6)2.1 电源及CAN 网络接线 ....................................................................................................... 6 2.2 终端电阻 ........................................................................................................................... 6 2.3 LED 指示灯 ........................................................................................................................ 7 2.3 RS232连接到PC ............................................................................................................... 7 第3章 功能配置.. (8)3.1 通讯端口设置 ................................................................................................................... 9 3.2 波特率设置 ..................................................................................................................... 10 3.3过滤功能 .......................................................................................................................... 11 3.4状态功能 .......................................................................................................................... 12 产品问题报告表............................................................................................................................. 14 产品返修程序 (16)北京安融互通科技有限公司第1章功能简介通过本章，您可以了解北京安融互通科技有限公司出品的智能CAN网桥中继器的基本功能。
华测智能 RTK 产品使用说明书
前言说明书简介欢迎使用华测智能RTK使用说明书。
本说明书主要对如何安装、设置和使用该系列产品进行描述。
软件方面的操作说明请点击手簿软件右上角的帮助文档查看。
技术与服务如您有任何问题而产品文档未能提供相关信息，请联系所在地的分公司技术。
免费服务热线：************相关信息您可以通过以下途径找到该说明书：1、购买华测智能RTK后，仪器箱里会配赠一本产品使用说明书，方便您操作仪器。
2、登陆官方网站，在【下载中心】→【说明书】可下载该电子版说明书。
免责声明华测公司致力于不断改进产品功用和性能，后期产品规格和手册内容可能会随之变更，恕不另行通知，敬请谅解！若说明书中图标、图片等与实物有差异，请以产品实物为准。
本公司保留对所有技术参数和图文信息的最终解释权。
使用本产品之前，请仔细阅读本说明手册，对于未按照使用说明书的要求或未能正确理解说明书的要求而误操作本产品造成的损失，华测公司将不承担任何责任。
I目录前言 (I)1快速入门 (1)1.1 连接仪器 (1)1.2设置基准站或移动站 (1)1.3新建工程 (1)1.4点校正 (2)2产品介绍 (3)2.1接收机外观 (3)2.2下壳 (5)2.3安装SIM卡 (6)2.4电池充电 (6)3接收机外业工作要求 (8)3.1基准站架设 (8)3.2移动站操作 (9)4手簿/手机端网页设置接收机说明 (12)5静态工作模式的操作 (17)5.1静态测量简介 (17)5.2GPS 控制网设计原则 (17)5.3准备工作 (18)5.4静态测量作业步骤 (18)5.5数据下载 (19)5.6静态数据处理 (20)6固件升级方法 (22)6.1通过网页升级 (22)6.2远程在线升级 (23)6.3通过手簿升级 (23)6.4通过自带移动磁盘升级（仅部分型号支持） (23)附录1使用与注意事项 (24)II华测智能RTK产品使用说明书1快速入门快速入门以使用LandStar7软件设置外挂电台1+N模式得到固定解为例。
SCS 724工作站监控器安装、使用与维护指南说明书
DescriptionThe SCS 724 Workstation Monitor continuously monitors the path-to-ground integrity of two operators and one conductive or dissipative worksurface. It has been designed and tested for use with SCS Dual-Wire Wrist Straps and Worksurface Mats. If the equipment is used in a manner not specified in these instructions, the protection provided by the equipment may be impaired. Use in any other application has not been evaluated by SCS and may lead to an unsafe condition.The SCS 724 Workstation Monitor meetsthe requirements of ANSI/ESD S20.20 and recommendations of ESD Handbook ESD TR20.20 The following accessories are available for the 724Figure 1. SCS 724 Workstation MonitorFigure 2. SCS 724 Workstation Monitor packagingcontentsFeatures and ComponentsA B C D E F G H Figure 3. SCS 724 Workstation Monitor features and componentsA. Operator Remote Jack #1: Connect the dual-wirewrist cord of operator #1 here to monitor theirconnection to ground.B. Operator Remote Jack #2: Connect the dual-wirewrist cord of operator #2 here to monitor theirconnection to ground.C. Operator #1 Pass LED: Illuminates green whenoperator #1 is properly grounded.D. Operator #2 Pass LED: Illuminates green whenFigure 4. Operator test limit and test voltage switches located on the right-side of the monitorSOFT ALARM MAT ALARM DISABLELOUD ALARM MAT ALARM ENABLEFigure 5. Audible alarm DIP switches located on the bottom side of the 724 Workstation MonitorFigure 6. Installing the 724 Workstation Monitor 1. Remove the monitor from the carton and inspect fordamage. 2. Determine the mounting location of the 724Workstation Monitor. The front panel should be visible to the operator(s). Use the included short screws if desired.724 Workstation MonitorPower Adapter732 Dual Operator RemoteWorksurface MatMat Ground Cord (not included)GroundConnect the workbench terminal to ground when not monitoring a worksurfaceFigure 7. Using the North American power adapter to ground the 724 Workstation MonitorNorth American Power Adapter2380D Mat Monitor CordPower Adapter Ground Wire2380D Mat Monitor CordTwo-Wire Terminal BlockFigure 8. Using the included green monitor ground cord to ground the 724 Workstation Monitor2380D Mat Monitor CordGreen Monitor Ground Wire2380D Mat Monitor CordTwo-Wire Terminal BlockGreen Monitor Ground WirePlug the two-wire terminal block into the back of the724 Workstation Monitor. Route the mat monitor cord from the back of themonitor to the grounded worksurface mat. Use the 3034 or 3050 10mm Female Socket to secure the cord to the worksurface mat.9. If using the monitor ground cord, attach its ringterminal to a ground point. It is important that thisground cord is attached to a different ground pointthan that of the worksurface mat. The face platescrew of a grounded AC wall outlet may provide aconvenient connection point.10. Connect the power adapter to the power jacklocated on the back of the monitor. Route thewire from the supply to a nearby AC outlet, andplug it into the outlet. Make sure the voltage andfrequency match those listed on the power supply.The monitor is now powered.NOTE: Worksurface must have a conductive layer. SCS continuous monitors are not recommended for use with homogeneous matting.OperationUSING THE MONITOR1. Fit the wristband snugly onto your wrist.2. Connect the wrist cord to the wristband.3. Plug the wrist cord into the monitored jack labeled“1” on the 732 Dual Operator Remote. Thecorresponding operator LED will illuminate solidgreen on the 724 Workstation Monitor. Thisindicates that the operator is properly grounded. 4. If this does not happen, examine the wrist cord forcontinuity or damage and your wristband to ensure that it fits securely. If you have dry skin, apply anapproved dissipative hand lotion such as MendaReztore™ ESD Hand Lotion.FAULT CONDITIONS• Red Wrist Strap LED (H) & Audible Alarm This indicates that a high resistance condition(greater than 10 Megohms or 35 Megohms) existsfor an operator or wrist strap assembly. If twooperators are connected to the monitor the highcondition is with the operator whose green LED has extinguished. Check the operator for good contactbetween the wrist and band. Check the ground cord and connections for continuity. Some operatorshave difficulty in providing sufficient continuity to the wristband due to dry skin or arm hair. They mayneed to reposition the wristband on the arm or usean approved skin moisturizer such asMenda Reztore™ ESD Hand Lotion.• Yellow Wrist Strap LED (L) & No Audible Alarm This indicates that a low resistance condition (lessthan 1.5 Megohms) exists between the operatorand ground. One or both of the one megohmcurrent-limiting resistors are being bypassed. Alow resistance condition can be caused by touchinga grounded object or by standing on a conductivesurface.• Red Worksurface LED (M)This indicates that a high resistance condition (> 3.7 Megohms) exists across the conductive layer of the worksurface and/or the ground connections. Check the worksurface, ground cords and their connections for continuity. Note the audible alarm may alsosound if enabled.SCS 3057 STANDBY JACKSince the activating switches are located in the SCS 732 and 733 Operator Remotes, the normal operating procedure is for the operators to disconnect theircords from the remotes when leaving the workstation. However, an optional Standby Jack that allows the wrist cord to remain plugged into the remotes is available. Simply attach it to any convenient location then disconnect the cord from the wristband and connect it to the Standby Jack. The green PASS LED on the 724 Workstation Monitor will illuminate upon connection. The yellow FAIL LOW LED will slowly flash if the Standby Jack is grounded. It can be groundedby attaching a ground wire to the screws or back plate. It can also be grounded if the plate is attached to a grounded metal surface. The operator should reconnect the wrist cord to their wristband upon returning to the workstation.SCS 733 OPERATOR REMOTEThe SCS 733 Operator Remote is used to separatethe two wrist strap jacks featured on the 732 DualOperator Remote. This provides a separation up toapproximately 10 feet away from the 724 WorkstationMonitor. The 733 Operator Remote is to be used inconjuction with the 732 Dual Operator Remote that issupplied with the 724 Workstation Monitor.See technical bulletin TB-9020 for installationinstructions.CalibrationFrequency of recalibration should be based on thecritical nature of those ESD sensitive items handled andthe risk of failure for the ESD protective equipment andmaterials. In general, SCS recommends that calibrationbe performed annually.Use the SCS 770065 Verification Tester to performperiodic testing (once every 6-12 months) of the 724Workstation Monitor. The Verification Tester can beused on the shop floor within a few minutes virtuallyeliminating downtime, verifying that the tester isoperating within tolerances.See TB-9083 for more information.Figure 10. SCS 3057 Standby JackFigure 11. SCS 733 Operator Remote Figure 12. SCS 770065 Verification Tester。
Micro-Image Capture 7 安装与使用手册说明书
Installation & User Manual Micro-Image Capture 7Ver1.2016Product WarrantyQuality AssuranceEvery Micro-Image Capture system passes quality assurance tests including focus, resolution quality and mechanical build and fitment.Both negative and positive films in low and high magnification ranges are scanned to insure the unit meets quality standards prior to packaging for shipment. A print sample from a scanned test microfilm captured with your MIC device is included in the box and contains the unit serial # and the calibration settings used to achieve that particular scan/print.WarrantyEvery Micro-Image Capture unit comes with a one year manufacturers repair or replacewarranty. Customers that experience problems with the device should call the dealer they purchased the unit from for assistance, technical support and to obtain warranty service.Safety PrecautionsObserve the following guidelines to ensure that your Micro-Image Capture unit will provide high quality performance, operates safely and to prevent future defects.• Do not use this device in environments outside the following range: Temperature: 0°C to 40°C (32 to 104 degrees Fahrenheit) Relative humidity: 25% ~ 85%.• Do not use this device under:– direct sunlight exposure or bright ambient light that falls on the image capture / imaging head area– very humid or dusty environments– near any kind of heat or vibration sources• Do NOT attempt to disassemble or repair your Micro-Image Capture device. Do not open the imaging camera housing as this will void the warranty.• Protect the device from oil, vapors, steam, moisture, and dust.• Please turn off the illumination pad after use.Specifications∙The Micro-Image Capture 7 is a low energy usage USB port powered device. (USB 2.0 required for full speed imager video refresh rate)∙Assembled Fiche System Weight: (Head & Base) is 12 Lbs. / Dimensions: 14”L x 10”W x 7” HHost PC Requirements (minimum)• Processor: Pentium P4 2.4GHz or equivalent AMD Athlon (Duo Core is best)• 140 MB free HD space for view and capture programs• Operating System: Microsoft Windows XP, Vista, W7/W8 or MAC O/S X V10.3or higher. USB 2.0 (enhanced USB) is required for optimum performance• RAM memory: 512 MB RAM – Recommend 1GB or more & USB 2.0 or 3.0• 16-bit color display w/ DirectX 3D support (works with 32 and 64 bit as well)• DirectX 9.0 or above∙ A High Resolution LCD Monitor capable of 1024 x 768 at a minimum (higher isbetter) is require.∙The monitor must have sufficient vertical and horizontal display height and width to accommodate the microfilm image at its original size.∙To view and capture Portrait and Landscape microfilm images at optimumresolution, your monitor view area must be at least 8.5” high and 11” wide forlandscape images∙and 11” high minimum for portrait (letter size originals on film).∙35mm Newspaper Microfilm or Engineering size images on fiche, jackets, AP cards or roll-film (11x17” originals up to C, D and E size) require a 27” wide screenmonitor for proper viewing, capture and printing. We actually recommend the Micro image Capture 8 scanner with 18MP of resolution for 35mm images.Snagit Capture Software System Requirements• Microsoft Windows 7, or Windows 8 (32-bit and 64-bit) installed and configured on your system • Internet Explorer 8.0 or later required• .NET 4.0 or later required for video• 2.4 GHz single core processor (2.4 GHz dual core required for video)• 1 GB of RAM (2 GB required for video)• 125 MB of free hard disk space• Video capture on Windows 7 requires Windows 7 supported video and audio hardwareFootswitch Installation“Scythe” branded USB Single Footswitch IIThe HID Footswitch included with your MIC system simulates a keyboard stroke when depressed. This switch can be used with your MIC7 or MIC8 system to activate the capture of an image on screen for hands-free operation. The foot-switch is not required for operation of the MIC7 or MIC8; it is simply a tool that can help when scanning many images by allowing capture to be via footswitch instead of keyboard entry. Keyboard capture is still active when footswitch is installed so both methods can be used interchangeably.1. Browse Installation CD and copy “HID Footswitch Software” folder. Paste this folder onto the host computer’s “Program Files” or “Documents” folder.2. Follow illustration instructions below:3. Open the HID Footswitch software folder and double click on the HIDKEYBOARD-2.31application. The following GUI will pop up:4. If you are installing the footswitch on a Micro-Image Capture 8, the “Input Self Definition Key” box should already contain the correct hot key combination for that system which is “Ctrl/Q”. Click save and exit. The switch has been programmed. You are done and need not read step5.5. If you are installing this footswitch on a Micro-Image Capture 7, then you will clear the “Input Self Definition Key” box and key in the desired hotkey. Example: F9, F10 or F11. The MIC7 comes with Snagit Software which can capture an image to a folder, send directly to printer, email application or to other applications.The footswitch can only generate one command when depressed, so decide which function you will use most of the time, and program the footswitch accordingly. When configuring Snagit after installing footswitch, you will assign the Snagit profile you will use most to the same hotkey your footswitch will generate when depressed.For example: If want the MIC7 to capture and send the image directly to a network printer, you can choose F10 for that capture profile.You may also want to create a profile using Snagit to capture the image and drop it into a file folder on your PC, you can choose F11 for that capture profile. In this case you would have two capture profiles set up, one for “capture to print” (F10) and the other for “capture to a folder” (F11). So your footswitch programmed hotkey should match the Snagit hotkey for the Snagit profile you intend to use the most. Keep in mind you can always just depress the hotkey on your keyboard and not use the footswitch at all.Once you have entered the desired data into the “Input Self Definition Key” box, save and exit the program. Now when you depress the footswitch, the programmed keystroke will activate the Snagit profile designated by that hotkey (F10 or F11).You can now connect the HID Footswitch to an available USB port on the host PC.Snagit Software InstallationInstall Snagit software disc that came with the Micro-Image Capture 7 and follow onscreen instructions. License key is imprinted on the disc label. Snagit is continually updating versions so GUI may vary.∙To create a Snagit profile that will capture microfilm images displayed by the MIC7 and send the images to a file folder, please watch this YouTube video:https:///watch?v=akeQVjNmJcI∙To create a Snagit profile that will capture microfilm images displayed by the MIC7 and send them directly to a network printer, please watch this YouTube video:https:///watch?v=1tfR4hTA38wMicro-Image Capture 7 HardwareThe imaging head pivots right & left for image skew adjustment1. The 7-54X lens is adjusted by turning lower part of lens. This is the “rough focus ” to bring image into initial focus.2. Once image is somewhat focused using the lens, achieve “fine focus ” by adjusting large black dial on side of MIC7.3. Fixing knob on the back of the MIC7 is designed to secure imaging mechanism to post.*Zoom is achieved by mechanically moving the imaging head closer or further from the microfilm.4. The upper fiche glass will mechanically lift for fiche insertion when you pull the fiche carrier all the way forward.5. The on/off switch for the illumination pad is on the side of the MIC7, turn off when done.4 5Graphical User Interface & Initial AdjustmentsWe recommend watching the GUI tutorial on YouTube for initial adjustments:https:///watch?v=gM0KlhAJ9XAFull Screen Mode - Viewing and CaptureIt is recommended that microfilm images displayed on th e MIC7 GUI be in the “Full Screen mode.The initial “Video Tab” mode on the MIC7 GUI is only for adjusting image quality, orientation and image type. Once initial adjustments are completed, click the Full Screen Mode to begin viewing and capturing images.The Full Screen Mode allows for a much larger image to be displayed since the user interface tool bars are not in view. You can capture images by activating the Snagit hot key.Zoom and focus the image in the Full Screen Mode so that the displayed microfilm image is as close to its full original size as possible. In order to view and capture images at optimum resolution, it is important that you have a quality LCD monitor with sufficient vertical and horizontal area to allow the image to be zoomed to its o riginal letter (8.5x11”) or legal size (8.5x14”). (35mm Newspaper and Engineering applications s hould use a 27” monitor minimum). Hold any 8.5 x 11” document to the screen and try and make the image that size. If you monitor does not have sufficient view area, you may need to replace it with a larger monitor.Click the keyboard escape key or click bottom “Exit Full Screen” popup to revert back to the “Video Tab” mode for further image adjustments.*Optional – Using MIC7 Native GUI to capture instead of SnagitThere are three main tabs in the MIC user interface; Video, Image and OCR. The Video tab is where you will adjust images prior to view and capture in full screen mode.You may use the Micro-Image Capture native GUI to capture images but we strongly recommend using Snagit instead, as it offers increased functionality, speed, ease of use and is activated by the MIC7 footswitch.If you do capture images with the MIC User Interface instead of Snagit, the Image tab is where post scan images can be adjusted, printed, faxed, e-mailed and OCR’d if desired. The OCR tab will open up the OCR’d document(s) when complete, for review and saving. A mouse with a scroll wheel provides optimum usability when using the MIC user interface.1Load the Micro-Image Capture software; plug in the USB cable to an available USB 2.0 or 3.0 port, then click the Micro-Image Capture launch icon.2Click on the Video tab to activate the Micro-Image Capture unit and display a video image of your microfilm.3The default mode is color, but Grey Scale, Black Line and Color Inverse modes are more suitable for viewing and capturing microfilm images on most film media. Now click the Grey Scale option to remove color from the image. * You may need to slide the “saturation” slider up and down to fully remove the color *4The image will probably be out of focus initially, so raise or lower the MIC head unit using the large black knob on the side of the unit until you see some sort of image, even if out of focus. We will first concentrate on getting image settings correct, and then focus.5Adjust the image quality by un-selecting the auto exposure box and manually adjust the exposure to provide a viewable base line exposure with brightness set at zero.6Adjust the brightness and contrast in order to achieve the most legible image in the grey scale mode. Dark portions of your image should be as black as possible while light portions should be white, not gray. Contrast normally is best set at 20.7Adjust Gamma to remove excess gray in the background of the image in order to achieve a best possible contrast. Gamma seems to provide best results at 100.8If you are viewing negative film, you may now try the”Inverse mode” in order to see the image with a more natural white background and grey/black text (aka positive mode)9When switching from “Grayscale” to “Inverse mode”, you may need to re-adjust the brightness setting in order to achieve the best view and scan result in that mode.10If you have high quality film with very good film density and contrast, the “Black Line” mode will provide an excellent negative image to view and print with, but you will have to program Snagit to invert the output color by choosing “Color Substitution”, then “Invert Colors” so that your output print and scan will be positive. More on this in the Snagit adjustment section.11Using the scroll wheel on your mouse will enlarge and reduce the onscreen image of your microfilm while in the user interface mode only.Use the camera lift mechanism while in the “Full S creen Mode” to optically zoom the image on host PC screen so that it is as large on your monitor as the original document was for the best viewing, scanning and print results. See hardware section. Moving imger closer and further from microfilm affects will zoom the image up and down. Focus the image after zoom by turning lens.MIC7 GUI - Video Tool Bar Icons & DescriptionsClicking the scan button will capture the complete viewable screen. (Use the “rectangle select” to designate a smaller capture area)Clicking the record button will record a video file of the movements made with the microform until you click again to end the video. This option can be used to create a presentation of microform content.Clicking this icon will activate the color inverse mode changing a negative grayscale image into a standard black on white image which may be easier to view for most users and saves on toner use if printing.Clicking this icon will activate the grey scale mode removing color from the image and displaying in shades of grey only.Clicking this icon activates the black line mode with can provide excellent contrast on some microfilmed images.Click this icon and use your mouse to drag a n “active capture box”onto the PC image display. This active capture box will be brighter than the non capture areas. Move images into the capture box area and click Scan to save the image.Full screen mode allows for optimal image size and removes the user interface tools. This is the correct mode to view, capture and print images using when Snagit or MIC GUI.Click to bring image back to original size after zooming or reducing with mouse wheel. Zooming of image should be done mechanically by moving head and not with mouse scroll.The clear button will clear the previous change made and continuing to clear will revert back one step at a time.Click the move button to use the mouse to position or nudge the image onscreen.Rotates the image 90 degrees clockwiseRotates the image 90 degrees counter clockwiseVertically flips or mirrors the imageHorizontally flips or mirrors the imageIf you are using the MIC native GUI to scan and capture images instead of the “Snagit” software, thumbnails of images scanned will appear on the left side scan result area. Clicking on an image thumbnail will open the image in the Image Tab and clicking on “File Location” at the bottom will open the image destination folder for review or selection of images for printing or other actions.The MIC user interface will recall the adjustment settings last used when the system is closed and re-opened, but you may have several formats of microfilm that require different settings for optimal performance. Once you have achieved an acceptable image adjustment for viewing, scanning and printing, take note of the video property settings (brightness, contrast, hue, saturation, sharpness, gamma and exposure) so that you have a future reference that will allow for quick and easy adjustment should the setting be changed.Video resolution is optimum at 2592x1944 (5MP). Adjusting to the next setting down 2048x1536 (3MP) will provide a faster refresh rate (less image latency) but with lower resolution. Please be sure the MIC7 unit is connected to a USB 2.0 or 3.0 port and not USB 1.1! USB 1.1 will cause the MIC7’s video stream to host PC work much slower than normal.*Digital video streaming microform viewers/scanners have some noticeable image latency (image lag) which can take a little getting used to when one has been using traditional reader printers that bounce the microfilm image off mirrors onto a projection screen. Once the user is accustomed to the MIC7 it will feel very natural. Call for tech support >> 866-754-8885。
无人直升机操作手册
北京七维航测科技股份有限公司 2015 年 09 月
北京七维航测科技股份有限公司
Beijing SDi Science&Technology Co.,Ltd.
目录
第一章 系统使用注意事项 ................................................................................................. 4 一、警告 ............................................................................................................................ 4 二、飞行注意事项 ........................................................................................................... 4 1、空管 ..................................................................................................................... 4 2、飞行区域 ............................................................................................................. 4 3、电磁环境 ................................................................................
CCRC安装及使用指南
ClearCase Remote Client安装及使用指南目录1CCRC简介 (3)2CCRC安装 (4)3CCRC基本操作 (5)3.1设置C LEAR C ASE 主组 (5)3.2连接UCM项目，创建WEB视图 (6)3.3修改视图下载规则 (11)3.4进行日常修改活动 (13)3.4.1获取服务器最新资源 (13)3.4.2添加资源到版本控制 (13)3.4.3修改文件 (15)3.4.4其他操作 (17)ClearCase Remote Client （ClearCase的远程客户端）是一种优化的基于 Eclipse 的用户界面，它包括本地ClearCase客户端所提供的许多特性，而不用管ClearCase是否已经安装在客户端机器上。
ClearCase Remote Client 使你可以访问远程ClearCase存储库中的资源，并将这些资源装载入本地的ClearCase WEB视图中，文件和目录在ClearCase控制之下。
它也使你可以将文件和目录加入到ClearCase中，将它们提交到存储库中，并使得其他的团队成员可以使用它们。
ClearCase Remote Client 可使用两种形式：ClearCase Remote Client （用于在Eclipse集成开发环境外部使用）ClearCase Remote Client for Eclipse （集成ClearCase Remote Client与基于Eclipse 的应用程序，使用方法请参见Http://10.2.2.144/ccrc/update中的“安装Rational ClearCase Remote Client for Eclipse”部分）。
本指南介绍的是第一种形式（CCRC）。
CCRC的优缺点：优点：1.占用硬盘空间少，安装方便，配置简单。
2.更方便的查询视图私有文件、检出文件、劫持的文件，而不用再客户端中分别执行不同的命令。
CC-Link空间光纤中继器操作手册说明书
Rated output level: 30VDC, 50mA max.
Electric connections
For CC-Link signals: 4-pin connector terminal block (PHOENIX
MSTB 2,5/4-GF-5,08)
For power supply and auxiliary outputs: 5-pin connector terminal
Shows red during faulty CC-Link communication.
(7) Sent data to cable indicator (SD1):
Shows red when data is transmitted to the cable.
(8) Sent data to optical unit indicator (SD2):
Receiver element
Photo diode
Auxiliary outputs
CDO: On when data is received.
ALM: Off when the reception level is low.
A photo-coupler insulated, NPN open collector output
2. Outline
The SOT-MS102/202 is a high-speed space optical transmitter using infrared rays. (1) It optically transmits CC-Link data.