CoherencCube
Cohim明星橱窗制作展示——幻“象”
Cohim明星橱窗制作展示——幻“象”Cohim明星橱窗——幻“象”灵感来源说明：利用“象”的谐音，制作出一个大象头从墙画中冲破出来的一种“幻象”之景。
同时，来自英国的中赫时尚橱窗陈列大师Shaun讲师介绍了现在英国主流橱窗多以动物为主题，所以这样一个主题方案应运而生。
制作材料：大象头主要使用的是草编的织物突出环保的主题，同时也能够在色彩上营造出一种复古之感过程：改创意方案的出炉过程十分独特：小组采用甲方乙方的真实模拟环境：甲方提出需求，乙方提供解决方案。
该小组甚至模拟出甲方具体的公司背景：MIHOC是一家国际顶级的百货商场。
MIHOC拥有优厚的品牌文化历史底蕴，在国际拥有极佳的业界口碑。
连续5年MIHOC品牌销售额维持稳步增长。
今年在亚洲，欧洲，乃至世界各地扩展数量累计超过20家。
本项目是为MIHOC在中国开设的第一家百货商场。
这样具体化的模拟环境使得小组在创作过程中更加真实的体会到了真正的橱窗设计超乎了设计本身，而是以视觉设计为载体的商业运营过程。
该作品重点部分为大象头的制作。
橱窗班的小组成员对如何制作这个象头产生了不小的分歧。
小组成员飞飞向我们介绍说：“起初，我们想过了三种方案：使用花泥做成插花造型，用铁丝网，以及卡纸等方案。
但Shaun老师给与了很多指导和帮助，他告诉我们如果你们的想法不能够在二十分钟之内做出的话，那就赶紧去想别的办法，老师的建议对于我们来说非常的重要”。
小组成员在非常纠结的状态下，就决定先开始行动。
他们也总结说：“设计橱窗不要有太多纠结的想法，要边行动边思考”。
最后，小组成员对自己的作品依旧有种意犹未尽之感，他们觉得还有许多细节需要打磨。
不过，几天的课程一方面领略了世界潮流橱窗设计的制作过程，另一方面也会在未来的橱窗制作过程中提供许多宝贵的经验。
Modular Robotics PowerCube系列产品说明书
PGElectrical · Principle of Function · Universal Gripper1044Modular RoboticsModular-Standardized interfaces for mechatronics and control for rapid and simple assembly without complicated designs-Cube geometry with diverse possibilities for creating individual solutions from the modular systemIntegrated-The control and power electronics are fully integrated in the modules for minimal space requirements and interfering contours-Single-cable technology combines data transmission and the power supply for minimal assembly and start-up costs Intelligent-Integrated high-end microcontroller for rapid data processing -Decentralized control system for digital signal processing -Universal communication interfaces for rapid incorporation in existing servo-controlled conceptsYour advantages and benefitsThe modules of the PowerCube series provide the basis for flexible combinatorics in automation. Complex systems and multiple-axis robot structures with several degrees of freedom can be achieved with minimum time and expenditure spent on design and programming.Module overviewThe innovative technology of the PowerCube modules already forms the basis of numerous applications in the fields of measuring and testing systems, laboratory automation, service robotics and flexiblerobot technology.PGServo-electric2-Finger Parallel Gripper PRServo-electric Rotary Actuators PWServo-electricRotary Pan Tilt ActuatorsPSMServo-motors with integrated position controlPDUServo-positioning motor with precision gearsPLSServo-electric Linear Axes withball-and-screw spindle drivePG·Universal Gripper1045Method of actuationThe PowerCube modules work completely independently. The master control system is only required for generating the sequential program and sending it step by step to the connected modules. Therefore, only the current sequential command is ever stored in the modules, and the subsequent command is stored in the buffer. The current, rotational speed and positioning are controlled in the module itself. Likewise, functions such as temperature and limit monitoring are performed in the module itself. Real-time capability is not absolutely essential for the master control or bus system. For the communication over Bus-System the SMP - SCHUNK Motion Protocol - is used. This enables you to create industrial bus networks,and ensures easy integration in control systems.Control version AB Hardware Control with PLC (S7)Control with PC Interface Profibus DP CAN bus / RS-232SoftwareWindows (from Windows 98) operating systemLINUX operating systemDevelopment platforms MC-Demo Operating Software PowerCube (LabView, Diadem)with Online documentation, standard softwaregsd-file, programming examples(gsd file, programming examples)on requeston requestIncluded with the ''Mechatronik DVD'' (ID 9949633): Assembly and Operating Manual with manufacturer's declaration, MCDemo software and description and gsd-file for S7 use.1234567889ᕃ24VDC / 48VDC power supply provided by the customerᕄControl system provided by the customer (see control versions A, B and C)ᕅPAE 130 TB terminal block for connecting the voltage supply, the communication and the hybrid cable (Option for easy connection)ᕆPDU servo-motorᕇLinear axis with PLS ball-and-screw spindle drive and PSM servo-motorᕈHybrid cable (single-cable technology) for connecting the PowerCube modules (voltage supply and communication). Not recommended for the use in Profibus applications ᕉPW Servo-electric Rotary Pan Tilt Actuator ᕊPG Servo-electric 2-Finger Parallel Gripper ᕋPR Servo-electric Rotary ActuatorPG· Universal Gripper1046Size 70Weight 1.4 kg Gripping force up to 200 N Stroke per finger 35 mm Workpiece weight1 kgApplication exampleDouble rotary gripper module for loading and unloading of sensitive componentsPG 70 Servo-electric 2-Finger Parallel Gripper PR 70 Servo-electric Rotary ActuatorPGUniversal Gripper1047Gripping force control in the range of 30 - 200 N for the delicate gripping of sensitive workpieces Long stroke of 70 mm for flexible workpiece handlingFully integrated control and power electronics for creating a decentralized control systemVersatile actuation optionsfor simple integration in existing servo-controlled concepts via Profibus-DP, CAN bus or RS-232Standard connecting elements and uniform servo-controlled conceptfor extensive combinatorics with other PowerCube modules (see explanation of the PowerCube system)Single-cable technology for data transmission and power supplyfor low assembly and start-up costsServo-electric 2-finger parallel gripper with highly precise gripping force control and long strokeUniversal GripperArea of applicationUniversal, ultra-flexible gripper for great part variety and sensitive components in clean working environmentsYour advantages and benefitsGeneral information on the seriesWorking principle Ball screw driveHousing materialAluminum alloy, hard-anodized Base jaw materialAluminum alloy, hard-anodized ActuationServo-electric, by brushless DC servo-motorWarranty 24 monthsScope of deliveryGuide centering sleeves and ‘’Mechatronik DVD’’ (contains an Assembly and Operating Manual with manufacturer’s declarartion and MC-Demo software withdescription)PG· Universal Gripper1048Control electronicsintegrated control and power electronics for controlling the servo-motorEncoderfor gripper positioning and position evaluationDrivebrushless DC servo-motorGear mechanismtransfers power from the servo-motor to the drive spindleSpindletransforms the rotational movement into the linear movement of the base jaw Humidity protection cap link to the customer’s systemThe brushless servo-motor drives the ball screw by means of the gear mechanism.The rotational movement is transformed into the linear movement of the base jaw by base jaws mounted on the spindles.Function descriptionThe PG gripper is electrically actuated by the fully integrated control and power electronics. In this way, the module does not require any additional external control units.A varied range of interfaces, such as Profibus-DP, CAN-Bus or RS-232 are available as methods of communication. For the communication over Bus-System the SMP - SCHUNK Motion Protocol - is used. This enables you to create industrial bus networks, and ensures easy integration in control systems.If you wish to create combined systems (e.g. a rotary gripper module), various other modules from the Mechatronik-Portfolio are at your disposal.Electrical actuationSectional diagramPGUniversal Gripper1049Gripping forceis the arithmetic total of the gripping force applied to each base jaw at distance P (see illustration), measured from the upper edge of the gripper.Finger lengthis measured from the upper edge of the gripper housing in the direction of the main axis.Repeat accuracyis defined as the spread of the limit position after 100 consecutive strokes.Workpiece weightThe recommended workpiece weight is calculated for a force-type connection with a coefficient of friction of 0.1 and a safety factor of 2 against slippage of theworkpiece on acceleration due to gravity g. Considerably heavier workpiece weights are permitted with form-fit gripping.Closing and opening timesClosing and opening times are purely the times that the base jaws or fingers are in motion. Control or PLC reaction times are not included in the above times and must be taken into consideration when determining cycle times.General information on the seriesCentering sleevesElectrical accessories PAE terminal blockPAM standardconnecting elementsAccessoriesHybrid cableFor the exact size of the required accessories, availability of this size and the designation and ID, please refer to the additional views at the end of the size in question. You will find more detailed information on our accessory range in the …Accessories“ catalog section.PG 70· Universal Gripper1050Technical dataFinger loadMoments and forces apply per base jaw and may occur simultaneously. M y may arise in addition to the moment generated by the gripping force itself. If the max.permitted finger weight is exceeded, it is imperative to throttle the air pressure so that the jaw movement occurs without any hitting or bouncing. Service life may bereduced.Gripping force, I.D. grippingDescriptionPG 70Mechanical gripper operating data ID 0306090Stroke per finger [mm]35.0Constant gripping force (100 % continuous duty)[N]200.0Max. gripping force [N]200.0Min. gripping force [N]30.0Weight [kg] 1.4Recommended workpiece weight [kg] 1.0Closing time [s] 1.1Opening time [s] 1.1Max. permitted finger length [mm]140.0IP class20Min. ambient temperature [°C] 5.0Max. ambient temperature [°C]55.0Repeat accuracy [mm]0.05Positioning accuracy [mm]on request Max. velocity [mm/s]82.0Max. acceleration [mm/s 2]328.0Electrical operating data for gripper Terminal voltage [V]24.0Nominal power current [A] 1.8Maximum current [A] 6.5Resolution [µm] 1.0Controller operating data Integrated electronics Yes Voltage supply [VDC]24.0Nominal power current [A]0.5Sensor system EncoderInterfaceI/O, RS 232, CAN-Bus, Profibus DPPG 70Universal Gripper1051ᕃ24 VDC power supply provided by thecustomerᕄControl (PLC or similar) provided bythe customerᕅPAE 130 TB terminal block(ID No. 0307725) for connecting the power supply, the communication and the hybrid cableᕆHybrid cable for connecting thePowerCube modulesMain viewsThe drawing shows the gripper in the basic version with closed jaws, the dimensions do not include the options described below.ᕃGripper connection ᕄFinger connectionᕓᕗM16x1.5 for cable glandActuation DescriptionID Length PowerCube Hybrid cable, coiled 03077530.3 m PowerCube Hybrid cable, coiled03077540.5 mPowerCube Hybrid cable, straight (per meter)9941120The ‘Hybrid cable’ is recommended for the use in CAN-Bus- or RS232-systems. For Profibus applications we recommend to use a separate standardized Profibus cable for the communication.You can find further cables in the …Accessories“ catalog section.Interconnecting cablePG 70· Universal Gripper1052Special lengths on requestRight-angle standard element for connecting size 70 PowerCube modulesSpecial lengths on requestConical standard element for connecting size 70 and 90 PowerCube modulesSpecial lengths on requestStraight standard element for connecting size 70 PowerCube modules Right-angle connecting elements Description ID DimensionsPAM 120030782090°/70.5x98Conical connecting elements Description ID DimensionsPAM 110030781090x90/45/70x70 mm PAM 111030781190x90/90/70x70 mmStraight connecting elements Description ID DimensionsPAM 100030780070x70/35/70x70 mm PAM 101030780170x70/70/70x70 mmMechanical accessoriesYou can find more detailed information and individual parts of the above-mentioned accessories in the …Accessories“ catalog section.。
TCL 电视产品文档说明书
DISCOVER A NEW EXPANSE OF COLOURL9H SERIES TRICHROMA LASER TVInspired by a world of incredible colour at a scale that makes everything feel brand new. The 3000 Lumen ultra-short throw projection TV features the TriChroma laser engine to reach 107% of the BT.2020 Colour space. L9H series is upgraded to support Dolby Vision, bringing incredibly vivid details to life. Premium features like Dolby Atmos® High-Speed HDMI, Filmmaker Mode, and a perfectly paired screen make the L9H the ultimate home entertainment upgrade.The triple colour laser light source generates three original colours (Red, Blue and Green) directly without a spinning colour wheel. Wider Colour Gamut and continuous improvements in the Trichroma laser engine and screen create images what the human eyes truly see in nature.107%BT.2020 Colour space1.07 BillionColoursMeet the L9H TriChroma Laser TVPremium X-FUSION™ Laser Light Source• Red + Green + Blue Lasers • 107% BT.2020 colour space • 3000 Lumens Brightness• 4K Resolution, 60Hz Refresh • Dolby Vision• 40W Dolby Atmos ® Sound• High-Speed HDMI with eARC • WiSA Ready • Google TVGet that childlike grin of excitement as you re-experience allyour favorites at a scale that makes everything feel brandnew. The massive 120-inch Laser TV display uses Ambient LightRejection technology to produce an incredibly bright picturethat’s enjoyable in any viewing environment, light or dark. This isyour true living room projection TV to take sports, streaming, andgaming to the next level.3000 Lumens. That’s right, the L9H shines with brilliance so allyour 4K HDR content hits those shimmering highlights, vibrantColours, and voluminous blacks that make everything pop off thescreen. And with incredible brightness uniformity across the entireprojection — no vignetting, no falloff — L9H is a shining wall of light.With built-in 40W Dolby Atmos sound, L9H is a big sound-stageupgrade over those tinny speakers in your last TV. Get clearspeech, thrilling highs, and booming lows without having toinvest in any extra gear. For the true audiophiles, high-speedHDMI with eARC allows for pass-thru of high-bitrate audio toyour surround sound system.120″Laser TV Display3000Lumens40WStereo Sound80%Ambient Light Rejection2,000,000:1Dynamic ContrastUltra High Speed HDMIwith eARCBig Screen ExperienceA Bright Picture in Any Room Powerful Sound2xUltra High Speed HDMI (1 with eARC)1xHDMI 2.01x 2xUSB1xDigital Audio Out 1xPortsAll product, product specifications, and data are subject to change without notice to improve reliability, function, design or otherwise. ©2023 Hisense Canada, All rights reservedHisense Canada Co., LtdUnit 1, 2550 Meadowvale Blvd, Mississauga, ON L5N 8C2 1-855-344-7367PhysicalConsole Dimensions 24” x 6.1” x 13.6” (W x H x D)Console Weight 24.7 lbsScreen Dimensions 104.6” x 60.4” x 1.4” (W x H x D)Screen Weight34.2 lbsOver box/Package Dimensions 69.1” x 25.7” x 20.1” (W x H x D)Over box/Package Weight110.3 lbsPictureProjection Size 120”Brightness3000 Lumens Resolution / Refresh Rate 4K@60Hz Colour Space 107% BT.2020Contrast Ratio 2,000,000:1 (dynamic)HDRHDR10, HLG, Dolby VisionLight Source Red + Green + Blue Trichroma Laser Laser Life 25,000+ Hours Throw Ratio 0.25:1Chipset0.47” DMDAudioAudio Output Power 40W (Stereo)Surround SoundDolby Atmos, Dolby DigitalSmart FeaturesSmart TV Platform Google TV (Google Certified)App StoreGoogle Play StoreStreaming Services Netflix, Disney+, HBO NOW, Hulu, Prime Video, SHOWTIME, Pandora, Sling TV, YouTube Voice Assistant Google AssistantWorks With Hey Google, Amazon Alexa Screen MirroringChromecast, AirPlay 2ConnectivityWi-Fi 802.11a/b/g/n/ac (Dual-Band, Wifi 6e)Bluetooth Yes Wired EthernetYesPowerPower Consumption 320W Standby Consumption <0.5W Power SupplyAC 120V, 60HzPortsHDMI2x HDMI 2.1 (ALLM), 1x HDMI 2.0HDMI ARC, CEC 1x (eARC on HDMI port 2)USB 1x USB 3.0, 1x USB 2.0RF Antenna 1x Ethernet (LAN)1x Digital Audio Output 1x Optical Analog Audio Output1xOther FeaturesNoise Reduction Yes Parental Controls Yes Closed Caption Yes Sleep Timer Yes Eye Safety Yes MEMCYes Remote FinderYesAccessoriesRemoteYes, voice remote with backlight Quick Start Guide / Manual QSG in box, Manual online Power Cable Yes Cleaning KitYesScreenScreen Size 120” diagonalTypeLenticular ALR (Ambient Light Rejecting)Resolution4K Ambient light obscuring ratio 85%Gain0.6Viewing Angle 150°Frame Fix (assembly required)Install Manual Yes Mounting Brackets Yes GlovesYesWarranty 2 Years limited warranty UPC/EANUPC: 888143014661EAN: 6942147488973Setup DiagramsH14 5/8”L111 7/8”W>90”H1>68”H261”Recommended TV stand height: <20”TECHNICAL SPECIFICATIONSLaser Model | 120L9H-DLT100C CONSOLETV STANDTV STANDH1(Minimum wall height)(mounting bracket holes)。
美国科聚亚公司推出双组分聚氨酯组合料
解决办法 ： ①为消除 Ｔ Ｐ Ｅ软胶真空吸附现象 ， 将 Ｔ Ｐ Ｅ表 面 由幼 纹 改 成 粗 纹 。② 用 热 变形 温 度 高
的Ｐ Ｃ料替 换 ＡＢ Ｓ料 ， 解决 了注塑 Ｔ Ｐ Ｅ时 内芯 因热 变 形产 生松 动 的问题 。
５ 结论
该模 具 是 一 种特 殊 结 构 的双 色 注 塑模 具 ， 模 具 采 用 液 压驱 动 ， 通 过 齿 轮传 动 成功 解 决 了双 色 注射 时动 模镶 件 自动旋 转 １ ８ ０ 。 的难 题 ， 既减少 了两 个模 架， 简化 了模 具结 构 ， 又 减 小 了注 塑 机 的大 小 ， 减 少
２ ＯＩ ｌ ： １ ３ ５ －１ ４８ ．
பைடு நூலகம்
气中水分 ， 如果在未充分干燥 的情况下注射 ， 水份在 高 温 的 情 况下 会 使 Ｓ Ｅ Ｂ Ｓ发 生 交 联 或 裂 化 ， 降低 了 Ｔ Ｐ Ｅ的强度 及韧 性 ， 也 将 导致 流道凝 料 断裂 。
解决办法 ： ① 由于 Ｔ Ｐ Ｅ软 胶 的 流 动性 极 好 ， 可 将Ｔ Ｐ Ｅ分 流道 的最 大端 直 径 改小 为 ５ ｒ ｎ ｌ Ｔ ｌ ， 同时在
了注塑机的动作 ， 提高了模具的劳动生产率 ， 是双色
注 塑模 具 设计 的一 个 成功 实 例 。模 具 自投 产 以来 ， 动作稳 定 可靠 ， 塑件 质量达 到 了设计 要求 。
MeCaCorr 780 混合说明书
MIXING INSTRUCTIONSThis is a two-component system. COMPLET E UNIT MUST BE MIXED AND APPLIED AT ONE TIME. DO NOT MIX PARTIAL QUANT IT IES FROM CONT AINERS OR PROPER RAT IOS MAY NOT BE OBTAINED. Ensure product temperature is between 68-85°F (20-30°C), pre mix Resin Part A and Hardener Part B individually, be sure that any settled material at the bottom of the can is dispersed. Slowly pour the contents of the hardener into the resin while mixing slowly.Pour a quarter of the hardener into the resin at one time and mix, once dispersed add the remainder of the hardener in small increments while mixing until the full content has been added. Mix for 2 minutes until a uniform color and consistency is achieved. To ensure complete mixing, scrape sides and bottom of container and continue mixing for an additional 1 minute. If a mechanical drill with Jiffy mixer is used, mix at slow rpm speed. Excessive mixing speed will induce air into the mixture and is not recommended.APPLICATION INSTRUCTIONSOnce mixed, begin application immediately - no induction time is needed. This product will have a short working pot life and will develop exothermic heat due to the polymeric reaction. Contents of the container may be portioned off into smaller containers to maintain pot life. The product may be applied by brush or roller. Work the material into the surface profi le to completely wet out the substrate surface to ensure proper adhesion. No reducing or thinning of the material is permitted.MECASPRAY CARTRIDGE SPRAY SYSTEMRefer to the MeCaSpray instructional video and reference guide before use. Preheat the cartridge tubes to 125-135°F (51-57°C), do not exceed 140°F (60°C). Shake the cartridge tube to ensure that if any settling occurs that it is redispersed into the product. Set the plungers to a 4:1 ratio. Use the low fl ow (gray tip) static mixer with check ball valve (green base). Begin the spray application with a minimum inlet air pressure of 60 psi (4 bar). Purge the product through the static mixer to ensure that both resin and hardener components are properly dispensed and that the cartridge plunger depth in equal between both components. The air supply to the atomizer should be set to 3, too much atomization air will increase the surface roughness. Set the plunger speed from minimum to medium (4-5) on the dial. Stand a minimum 16 inches (40 cm) from the surface while spraying. Before spraying on target, always trigger the gun off target until well mixed material in achieved.SURFACE PREPARATIONEnsure that surface is clean, dry and uncontaminated. Precleaning of the surface is necessary to remove oil, wax or other foreign contaminant which may contaminant the abrasive media and impregnate itself into the blast profi le. Always check for ionic salt contamination (chlorides and sulfates) and neutralize the surface as required. Proceed only if the substrate temperature is 5°F (3°C) above the dew point temperature and that the relative humidity is below 85% during surface preparation and coating application. Abrasive blast with clean angular abrasive media. For steel surfaces, blast to a Near White Metal Blast (SSPC-SP10; NACE 2; SA 2.5) with a minimum 3 mils (75 μm ) depth profi le. Blow down the surface before applying the coating to ensure it is free of dust and other loose contaminants.Pitting Filling/Irregular Welds – Irregular surface roughness caused by welding or corrosion shall be resurfaced with a polymeric metal rebuild compound such as the MeCaFix series by MeCaTeC. Overcoating of the repair area may require roughening of the repair compound before applying the top coat material. Refer to application instructions for the repair compound.Salt Water Service - It is highly recommended that where the substrate has been exposed to salt water immersion that the surface is abrasive blasted, allowed to sit for 12 hours, followed by high pressure water jetting with a neutralization solution before re-blasting for the application of the coating.SINGLE LEG AIRLESS AND PLURAL COMPONENT SPRAY APPLICATIONConsult with Castolin Eutectic for the system guide and set up recommendation for the use of single leg airless and heated plural component equipment for the application of this material.SPRAY APPLICATIONPrior to full coating application, stripe all continuous welds and edges by brush. Apply coating wet on wet to striped areas. Apply the coating at no more than 10 mils (250 μm ) per pass. Apply the coating to the specifi ed thickness in a crisscross multi pass technique.Mixing Ratio Volume 4 part Resin (A) : 1 part Hardener (B)Weight8.28 part Resin (A) : 1 part Hardener (B)INSPECTIONImmediately following the application of the coating, visually inspect for pinholes and areas of missed coating. These areas can be repaired immediately if the coating is tacky to touch.Further inspection is to be performed once the coating has cured. Visually inspect the coating for discoloration, pinholes, uncured coating, blisters, and other visual defects. Mechanical removal and reapplication may be required depending on the defect type.Where the coating is to be used for immersion service or service where corrosion protection is required, discontinuity testing in accordance with relevant ASTM standards must be performed. The minimum recommended voltage is 2000 volts or 100 volts/mil based on the average coating thickness.CURING PERFORMANCEFOR CHEMICAL SERVICE T HE COAT ING MUST CURE FOR A FULL 7 DAYS. Force curing for 6 hours at 120°F (50°C) may be used to expedite chemical service. Spray temperature and substrate temperature will affect the coating cure time. The warmer the temperature the faster the reaction speed.STORAGE & CLEAN UP1) Use commercial solvents (Xylene, Methyl Ethyl Ketone) to clean tools immediately after use.2) Once the coating is dry, the material must be abraded off.3) Keep containers tightly sealed. For cleanup, use M.E.K. or a 50:50 blend of M.E.K. and Xylol.4) Long time storage should be between 50°F (10°C) and 80°F (27°C).DO NOT FREEZE.5) Use product within 2 years of receiving. Once theproduct lid is opened it must be resealed tightly. The shelf life will be reduced to 3 months.Cartridge tubes have a 1 year shelf life. Separation may occur, preheat and shake cartridges well before use.SAFETYBefore using any products, please refer to the Safety Data Sheet (SDS). Follow standard confi ned space entry and work procedures, if appropriate.Wear eye safety protection and full skin protectionincluding chemical resistant gloves. Use NIOSH approved respirator where mist occurs.Before applying this product, please refer to the Technical Data Sheet.Statement of Liability: Due to variations inherent in speci fi c applications, the technical information contained herein, including any information as to suggested product applications or results, is presented without representation or warranty, expressed or implied. Without limitation, there are no warranties of merchantability or of fi tness for a particular purpose. Each process and application must be fully evaluated by the user in all respects, including suitability, compliance with applicable law and non-infringement of the rights of others, and Eutectic Corporation and its a ffi liates shall have no liability in respect thereof.EUTECTIC CORPORATIONN94 W14355 Garwin Mace Drive Menomonee Falls, WI 53051 USA Tel.: +1 (800) 558-8524EUTECTIC CANADA 428, rue Aimé-Vincent Vaudreuil-Dorion, Québec J7V 5V5 CanadaTel.: +1 (800) 361-9439R E V 05:10/2019YOUR RESOURCE FOR PROTECTION, REPAIR AND JOINING SOLUTIONSCuring Schedule 50°F 77°F 86°F 10°C 25°C 30°C Pot Life 50 minutes 35 minutes 30 minutes Dry to Touch 6 hours 3 hours 1.5 hours Dry to Handle 21 hours 11 hours 5 hours Full Load Exposure 40 hours20 hours10 hoursMax. Recoat TimeNo Recoat Time, must be appliedwet on wet。
Unique Mixproof HT水位浸湿防腐水泥混合阀说明书
DATI TECNICIPressione max prodotto nella tubazione:...................1000kPa(10bar) Pressione min.prodotto:.........Vuoto assoluto. Intervallo di temperatura:.........da-5°C a+125°C(a sec-onda della qualitàdellagomma)Pressione dell’aria:.............Max8bar(800kPa).DATI FISICIParti in acciaio a contatto con il prodotto:...................1.4404(316L).Altre parti in acciaio:............1.4301(304).Finitura superficie esterna.........Semilucida(sabbiata) Finitura superficie interna.........Brillante(lucidata),Ra<1,6µmGuarnizioni a contatto con il prodotto:.EPDM.Altre guarnizioni:Guarnizioni CIP:...............EPDMGuarnizioni attuatori:............NBR Guide:.....................PTFECombinazione corpovalvola2317-0000TR TLTCNota:per stabilire la configurazione del corpo(TR o TL)tenere di fronte la parte superioredell’attuatore.Opzioni:-Raccordi maschio o clamp conformi allo standard richiesto.-Controllo e indicazione:ThinkTop o ThinkTop Basic.-Indicazione laterale per il sollevamento della sede superiore -Guarnizioni a contatto con il prodotto in HNBR,NBR o FPM-Kit di convalida CIP che consente il monitoraggio della portata del CIP agli ugelli CIP interni -Vedere la fig.1Sempre all’avanguardia -Facilitàdi puliziaLa valvola Unique Mixproof HT offre anche una soluzioneall’avanguardia quando non c’èpressione CIP o flusso dal lato serbatoio per lavare la sede e l’ valvola èautopulente,grazie agli ugelli brevettati Cleaning-in-Place (CIP).Il primo ugello èprogettato appositamente per la pulizia dell’otturatore.L’ugello a doppia azione proietta la soluzione detergente attraverso il raccordo del serbatoio,assicurando la pulizia completa delle superfici di contatto della tenuta e l’area morta della bocca del serbatoio.Il secondo èun ugello rotante CIP incorporato nell’unitàper la pulizia ottimale della camera di drenaggio a passaggio pieno.Il design del corpo valvola singolo lo rende adatto alla saldatura diretta al serbatoio o al collegamento tramite un morsetto Tri-clamp I modelli da 4"e 6"hanno una bocca di 45mmche consente il passaggio di particelle molto grandi e una gestione efficiente di fluidi ad alta viscosità.A.Contatto di portataB.Elemento filtroC.Morsetto clampD.Alloggiamento filtrofig.1Misura pollici Dimensione max delleparticelle (mm)Pressione max serbatoio (bar)Misura attuatore 4-Basic (ø157x254)Misura attuatore 5-Basic (ø185x280)Pressione di apertura nella tubazione a 6bar di pressione aria (kPa)2½"32 5.9Standard 10003"32 5.9Standard10004"45 5.9Corsa lunga 10006"32 2.6/1.9*10006"451.9Corsa lunga 1000Note:Pressione max nel serbatoio significa che una pressione maggiore apriràla valvola.Èpossibile aprire con 10bar (1000kPa)nella tubazione.Durante la chiusura della valvola,la pressione non puòessere maggiore di "Pressione max serbatoio".*Pressione max serbatoio di spinta sede otturatore serbatoio.Diagrammi portate/perdite di caricoValvola serbatoio Unique Mixproof Horizontal -al serbatoioValvola serbatoio Unique Mixproof Horizontal -passantediritta100200300400500600700020406080100120∆p [kPa]2317-0031Q[m³/h]4″6″2.5″3″50100150200250300350020*********120p [kPa]∆2317-0030Q[m³/h]4″6″2.5″3″Valvola serbatoio Unique Mixproof Horizontal -dal serbatoio0100200300400500600700020406080100120∆p [kPa]Q[m³/h]2317-00324″6″2.5″3″Consumo aria e CIP Corsa lunga MisuraDN/ODDN/OD ISO2½"3"4"6"6"Valore KvSollevamento sede superiore [m 3/h]2.5 2.53.17.17.1Sollevamento sede inferiore (sollevamento sede serbatoio)[m 3/h]11.511.534.180.580.5Consumo d’ariaSollevamento sede superiore *[n litri]0.40.40.620.620.62Sollevamento sede inferiore (sollevamento sede serbatoio)*[n litri]0.130.130.210.210.21Movimento principale *[n litri] 1.62 1.62 3.54 3.54 3.54Valore Kv -SpiralCleanCIP esterno della camera di drenaggio [m 3/h] 1.521.521.521.521.52Nota*[n litri]=volume a pressione atmosferica.Pressione min.consigliata per CIP esterno nella camera di drenaggio 3bar.Formula per stimare la portata CIP durante il sollevamento della sede:(per liquidi con viscositàe densitàparagonabili all’acqua):Q =Kv ·√∆pQ =CIP -portata (m 3/h).Kv =valore Kv dalla tabella precedente.∆p =pressione CIP (bar).Misura 2.5"3"4"6"(75mm)corsa6"(59mm)corsaA73575997710881088A*867904115513291329B220220*********OD63.576.1101.6154.2154.2ID60.372.997.6146.86146.86t 1.6 1.62 3.67 3.67øD186186186186186E70.977.292.2129.5129.5F138********F2(otturatore serbatoio)1010101010G15.915.938.144.544.5H281291364423423J246252317359359K153158215307307L252252379379379N152170210283283P89.3101.9126.6180180Q15.915.938.144.544.5S180180180180180V°0-67°0-60°0-53°0-49°0-53°X38,336,652,693,893,8Y Raccordo clamp3/4"Raccordo clamp3/4"Raccordo clamp3/4"Raccordo clamp3/4"Raccordo clamp3/4" Z4"4"6"10"10"M/Tri-clamp21212138.5638.56Peso(kg)13.014.243.187.687.6ESE02082IT1308Le presenti informazioni sono corrette alla data di stampa,ma sono soggettea modifiche senza preavviso.ALFA LAVALèun marchio registrato e diproprietàdi Alfa Laval Corporate AB.©Alfa LavalCome contattare Alfa Laval Consultare il sito adove sono disponibili informazioni aggiornate riguardanti le sedi Alfa Laval nel vari Paesi del mondo.。
《2024年多功能微纳米过渡金属羰基CO释放分子(CORMs)复合体系的构建与性能研究》范文
《多功能微纳米过渡金属羰基CO释放分子（CORMs）复合体系的构建与性能研究》篇一一、引言随着科技的发展和纳米科技的兴起，对于材料的多功能性及高效性需求愈发显著。
微纳米材料中的多功能过渡金属羰基CO 释放分子（CORMs）因其独特的光学、电子和催化性质在许多领域如医药、环保和能源领域都有重要的应用。
因此，本篇论文着重探讨了多功能微纳米过渡金属羰基CO释放分子（CORMs）复合体系的构建以及其性能研究。
二、CORMs及其复合体系的构建2.1 CORMs的介绍CORMs是一种以过渡金属为基础的有机化合物，它们可以控制地释放CO气体，这使得它们在多个领域具有独特的应用。
其核心结构包括过渡金属原子与CO的键合。
2.2 微纳米过渡金属CORMs的构建微纳米尺寸的CORMs，因其更小的尺寸和更大的比表面积，使得它们在反应中具有更高的活性和效率。
我们通过特定的合成方法，成功构建了微纳米过渡金属CORMs。
2.3 复合体系的构建为了进一步增强CORMs的性能，我们通过与其他材料进行复合，构建了多功能微纳米过渡金属CORMs复合体系。
这些复合体系不仅可以增强CORMs的稳定性，同时也能提升其反应活性和选择性。
三、性能研究3.1 光学性能研究通过紫外-可见光谱分析，我们发现微纳米CORMs在特定波长下具有明显的吸收峰，这表明它们具有独特的光学性质。
同时，复合体系的光学性能也得到了显著提升。
3.2 电子性能研究利用电子显微镜和电子能谱分析，我们发现微纳米CORMs 具有较高的电子传输效率。
同时，复合体系中的电子传输速度也得到了显著提升。
3.3 催化性能研究我们通过一系列的催化实验发现，微纳米CORMs复合体系在多种反应中表现出良好的催化活性。
特别是在某些有机合成反应中，其催化效率远高于传统的催化剂。
四、结论本论文研究了多功能微纳米过渡金属羰基CO释放分子（CORMs）复合体系的构建与性能。
通过实验和理论分析，我们发现这种复合体系在光学、电子和催化性能上均表现出良好的表现。
萃取槽(混合澄清槽)CWX系列的设计原则
萃取槽（混合澄清槽）CWX系列的设计原则
目前萃取槽（混合澄清槽）的设计大多数是通过小型试验或半工业规模试验取得设计数据，然后进行放大设计。
多数大型萃取设备的流体力学特性数据不充分，即使有些修正系数也是受某些特定的液体性质所限制。
例如在混合室所产生的液滴的大小和分布是混合器设计的优劣的主要标志，但是液滴的大小和分布很难在半工业试验中取得。
目前的测试手段尚不完备，虽有些计算方法，但准确度不高，所以现在均是通过一组小试或半工业试验取得有足够的搅拌强度又能达到所需萃取率的停留时间。
混合室的形状通常采用正方形，正方形截面的混合室比矩形搅拌均匀，死角小，可有挡板，也可无挡板。
目前大多数情况下两相均由混合室底部引入，小型的混合室均设有潜室，而大型的则采用一个三通管代替潜室。
为达到良好的混合搅拌的目的，混合室和搅拌器的尺寸要有一个合理的比例。
当混合室尺寸一定时，在同样输入功率的条件下，搅拌器的直径越小，转速越快，输入能量越能得到有效的利用。
澄清室的放大常常采用澄清速率衡定和按分散带厚度衡定的原则放大。
大多数采用前者设计澄清室的面积，这种方法较简单，只要是同意类设备和相同的萃取体系，在一定的混合输入能量范围内，其澄清速率基本一致。
澄清室的大小直接影响投资和占地面积，故越来越引起人们的重视，尽量缩小澄清室的面积是萃取槽（混合澄清槽）设计的优劣的重要标志。
澄清室内的栅栏尽可能设计成可移动的，以便在生产中可随生产情况的变化调节。
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The Eigenstructure (c3) Algorithm
identical traces
tr 1 tr2 tr 1
“ 1”
major axis
“ 0”
minor axis
tr 2
The Eigenstructure (c3) Algorithm
different traces
tr 1 tr2
Coherence Cube Spatial Aperture
Coherence Cube Dip Accuracy
Measured Dip Max 2.2ms/trc
Dip features
Faults
seismic
19 dip bins
Coherence Cube Dip Accuracy
Supplied Dip Max Too Small
Max dip 3msec/trace 19 dip bins
– Pre: Dip-dependent Kuwahara Filtering – Post: Laplacian Sharpening
Coherence Cube Algorithms
correlation
semblance
eigenstructure
Algorithm
z3 t3 X t1 z1 X X X
• The two eigenvalues correspond to the lengths of the major and minor axes of the ellipse.
The Eigenstructure (c3) Algorithm
High Resolution Enhancement
• Laplacian Edge Enhancement applied on time slices of coherency output • Both signal and noise are boosted • User can selectively “add-back” non-enhanced data to reduce artificial look
Coherence Cube Dip Accuracy
Supplied Dip Max Too Large
19 dip bins—8.5 dip max
37 dip bins—8.5ms dip max
Coherence Cube Dip Accuracy
Supplied Dip Max Too Large
Temporal Aperture
_ _ _ _ +/-3 _ _ _ _ _ _ _ _ _
-w=semblance half temporal aperture
-lentgate = eigen half temporal aperture
Trace samples
Coherence Cube Temporal Aperture
Coherence Cube History
相干体是对地震数据道之间相似性的数学描述，能有力指示地层的非连续性。 相干体是对地震数据道之间相似性的数学描述，能有力指示地层的非连续性。
• 相干体技术原来是Amoco公司的专利，1995年由Amoco公司的Mike Bahorich引进石油勘探业。 • 该技术揭示了波场的空间变化情况，直接从3D地震数据体中定量地得 到断层和地层特征，不受任何解释误差的影响，极大地提高了解释精度， 并能得到很多通常被忽略的重要信息，因而很快得到了广泛认可。 • 1996，相干技术公司（CTC）成功地将相干体技术商业化并拥有该技术 唯一的许可证。 • 1999年，CoreLab公司收购CTC公司 • 2000 Core Lab 从BP Amoco公司购得相干体技术全套专利。 • 2001 1st corporate software license to major oil company • 2004 Paradigm Geophysical acquires Core Lab Reservoir Technology Division, and license to use and sell Coherence Cube software (Core Lab retains IP) • 2005 Coherence Cube integrated into epos environment
Conventional seismic Coherence Cube
Coherence Cube Uses: With Inversion
Coherence Cube Uses: With Inversion
Coherence Cube –The Process
PARAMETER TESTING: 1. Algorithm 2. Temporal Aperture 3. Dip Accuracy 4. Spatial Aperture Amplitude Cube Run Coherence Cube processing on entire seismic volume Coherence Cube
Coherency Definition
Measurement of local waveform similarity in a 3D seismic volume which often represent significant geologic changes
Coherence Cube Uses
• Stratigraphic Interpretation • Structural Interpretation • Reservoir Characteristics
– With Inversion – With Offset Processing – With Azimuth Processing
37 dip bins—8.5ms dip max
61 dip bins—8.5ms dip max
Coherence Cube Dip Accuracy
19Bins proper dip max
Fx dip method
ห้องสมุดไป่ตู้
Coherence Cube Spatial Aperture
5 traces
Extract Coherence at constant time (time slice view)
Coherence Cube Algorithms
• • • • • Correlation Semblance Eigenstructure Dip Estimation Image Processing Enhancements
• Seismic Processing QC
Coherence Cube Uses: Interpretation
Horizon slice Time slice
Coherence Cube Uses: Interpretation
Coherence Cube Uses : With Inversion
High Resolution Enhancement
Noise Adaptive Eigen
• Kuwahara Filter applied on dip slices to enhance edges—essentially a smoothing operation which may involve adjacent lines and traces • Especially effective at increasing the low-coherence features in low-fold or high noise zones • User can selectively “add-back” non-enhanced data to control level of smoothing
Za
for normalization
t2 z2
X
t4 z4
C1 Correlation
The Semblance(c2) Algorithm
“Energy of a summed trace divided by the mean energy of the components of the summed trace;
Noise Adaptive Eigen
Coherence Cube Algorithms
semblance
eigen
Hi-res. eigen
Coherence Cube Critical Parameters
• Temporal Aperture • Dip Accuracy • Spatial Aperture
“ 1”
minor axis tr 1
“ 0”
major axis tr 2
The Eigenstructure (c3) Algorithm
• Decomposition of covariance matrix which contains these samples results in two eigenvalues and two eigenvectors.
Coherence Cube Dip Methods
-dip method bins (sign not used, gives symmetric dip bins) -ildip_max #.# msec/trace –cldip_max #. # msec/trace -dip_sample high (options are low, med, high) -dip_method fx (no other parameters required) -dip method bins (sign must be specifed, more exact control) -pmin #.# -pmax #.# (inline dip min and max, msec/trc -qmin #.# -qmax #.# (crossline dip min and max, msec/trc) -dang # (# dip angles)