左臂壳体左面4-13孔说明书解析

华汉针神牌DJT—4A型诊疗（健身）仪使用说明书尊敬的顾客：感谢你使用华汉针神牌DJT—4A型诊疗（健身）仪。

为充分发挥本仪器的功效，请在使用前详细阅读本使用说明书。

注意事项及禁忌：●本仪器不要与其它医用电子仪器，如心脑电图仪、高频及微波治疗仪等同时使用。

●体内植入心脏起搏器、电子肺等电子医疗器械的患者应在医生指导下使用本仪器。

●骨折和大出血及有出血倾向性疾病的患者应在医生指导下使用本仪器。

●孕期、哺乳期、产褥期的妇女应在医生指导下使用本仪器。

●使用本仪器严禁在体表创伤溃疡部位选用穴位。

选用头部穴位及面部穴位时，请严格控制强度和时间。

●本仪器禁止幼儿或无自主表达能力者使用。

●使用前应保持治疗部位皮肤的清洁和湿润度，以增加治疗强度和疗效。

●当使用220V交流电（市电）供电时，必须使用本产品配套提供的专用直流稳压器。

●使用时请勿用力拉抻诊疗线和专用直流稳压器的电源线，在插拔各电极插头时，请捏住插头根。

●治疗过程中，更换电极或更换治疗部位时，请关断电源。

●本仪器严禁在浴室环境里使用。

●请将废电池投放到专设的垃圾箱或收集站。

目录一概述……………………………………………1产品型号特点………………………………2主机与主要附件的名称……………………3性能参数……………………………………4使用环境条件………………………………5安全及安全标记……………………………6适用范围………………………………………二产品原理与结构…………………………………1基本原理………………………………………2诊病原理………………………………………3治疗原理……………………………………4工作原理……………………………………三使用方法…………………………………1诊断疾病方法………………………………2治疗疾病方法…………………………………四故障分析与排除……………………………五产品的配套…………………………………六售后服务、承诺……………………………一、概述DJT－4Ａ型诊疗健身仪是我公司研制生产的诊疗健身仪系列产品之一。

Handy-Mag474 E. 105th StreetCleveland, OH 44108-1378(216) 681-7400 • Fax (216) 681-7009 • E-mail:****************************800-446-4402Table of ContentsWarranty (1)Safety Precautions (2)General Information (3)Specifications (3)Grounding Instructions/Extension Cords (4)Getting Started (5)Before the Cut (6)Changing Arbor to Optional Drill Chuck (6)Making the Cut (7)After the Cut (7)Operating Auto-Feed Feature (8)Safety Override System (8)Maintenance (9)Troubleshooting ...................................................................................................10Parts List.........................................................................................................11-14Parts Breakdown (15)Handy-MagIIIAuto2Handy-Mag IIISAFETY PRECAUTIONS 1. The operator of this machine should thoroughly understand this manual before starting any operation.2. The area around the machine should be well lit, dry, and free from obstructions.3. Wear eye and ear protection at all times.4. All maintenance and repair work should be performed by a person familiar with the machine.5. Do not use Handy-Mag III drilling machines on surfaces or materials being welded. Doing so can damage the machine’s electrical components.6. Disconnect the power from the machine before performing any maintenance or repair work. Turn power switch to the OFF position when changing tooling.7. Always disconnect from the power source before moving. Be sure switches are off before connecting to a power source.8. Magnet will not hold properly on thin materials (under 3/8") or rough and dirty surfaces.9. Always use safety chain and chip shield provided with machine. Never attempt to remove chips while cutter is in motion.10. Assure all tooling is properly held in position before starting any operation. Periodically check all tooling for tightness.11. Do not use dull or broken cutters.12. Keep tools sharp and clean for better and safer performance. Follow instructions for lubricating and changing accessories. Inspect tool cords periodically and if damaged, have repaired by authorized service facility. Inspect extension cords periodically and replace if damaged. Keep handles dry, clean and free from oil and grease.13. Beware of slugs ejected at end of cut. They become HOT during the cut.14. Keep bottom of magnet burr free and clear of chips and debris.15. Avoid operating drill at greater than 45 degree angle. Overhead drilling is extremely hazardous and is not recommended.16. Drilling stacked material requires a special STACKED GEOMETRY cutter.Auto AutoGeneral InformationThe Cleveland Steel Tool Handy-Mag III is a lightweight, compact drilling system that features:• Manual capacity up to 1-3/8" diameter through 2"” materialAutomatic capacity 1-1/4" through 2"” material*Drilling stacked material requires a special STACKED GEOMETRY cutter. • Positive slug ejection system• Internal cutter lubrication for increased tool life• Powerful motor with cast aluminum housing• Adjustable motor slide ways• Complete coolant system• Safety Chain• Chip shield• Rugged carrying caseSPECIFICATIONS:• Annular cutter range: 7/16” thru 1-3/8”• Annular cutter depth range: 0-2”• Weight: 38 lbs.• Height: 17”• Voltage: 110v AC only, 10 amps, 1200 watts, earth ground & double insulation • Frequency: 50-60 HZ• RPM No Load: 550 RPM• Magnetic Holding Deadlift: 3500 lbs.• Magnet dimensions: 8” x 3” footprintAutoWarning:Improperly connecting the grounding wire can result in the risk of electrical shock. Check with a qualified electrician if you are in doubt as to whether the outlet is properly ground-ed. Do not modify the plug provided with tool. Never remove the grounding prong from the plug. Do not use tool if the cord or plug is damaged. Have it repaired before using. If the plug will not fit the outlet, have a proper outlet installed bya qualified electrician. The Handy-Mag III must be pluggedAutointo an appropriate outlet, properly installed and groundedin accordance with all codes and ordinances. The rigid ear or lug extending from the adapter must be connected to a permanent ground such as a properly grounded outlet box orreceptacle. Simply remove the center screw from the outlet,insert the adapter and reattach the screw through the green grounding ear to the outlet. If in doubt of proper grounding, call a qualified electrician.Extension CordsUse only 3-wire extension cords that have 3-prong ground-ing type plugs and 3-pole receptacles that accept the tool’s plug. Replace or repair damaged cords. Make sure your extension cord is in good condition. When using an exten-sion cord, be sure to use one heavy enough to carry the current your product will draw. An undersized cord will cause a drop in line voltage resulting in loss of power and overheat-ing. See table for the correct size to use depending on cord length and nameplate amperage rating. If in doubt, use the next heavier gage. The smaller the gage number, the heavi-er the cord.Drip Loop: To help prevent fluids from travel-ing the power cord and contacting the powersource, tie a drip loop in the power cord.Getting StartedYour Handy-Mag III package should contain the following parts:QTY Part# Description1 Handy-Mag III1 Carrying Case1 Owners Manual1 ME3017 Coolant elbow connector1 ME3041 Retaining Knob M5x161 ME3042 Coolant Tank1 ME3044 Coolant PU Tube3 ME3062 Crank Spindle1 ME3077 Combination Wrench M81 ME3078 Hex Wrench M2.51 ME3079 Hex Wrench M41 ME3082 Safety Guard 1 ME3083 Safety ChainAssemble 3 crank spindles (ME 3062) to the crank hub (ME3100). The crank hub is mounted on the right side of the machine frame. Attach the coolant tube (ME3044) to the coolant tank (ME3042) using screw (ME3041). Attach coolant tube (ME3044) to coolant elbow connector (ME3017).What You Need To KnowType of material to be drilled, Brinell or Rockwell hardness, material thickness and position should all be determined to ensure proper selection of Handy-Mag III cutting tools, RPM, coolant and drilling time.Remove any excessive mill scale or rust from the surface to be drilled.When drilling materials under 3/8" thick, an additional steel plate may be required to achieve proper magnetic adhesion.Drilling stacked material requires a special STACKED GEOMETRY cutter.Material that has been flame cut may have become heat treated and therefore difficult to drill. Avoid drilling near such areas whenever possible.Drilling with the Handy-Mag III in horizontal positions requires a special lubrication for Handy-Mag III cutters. Consult The Cleveland Steel Tool Co. for details.Auto Auto Auto Auto AutoBefore the Cut1. Select the correct pilot pin and place it in the cutter shank from the rear.Align the flats on the cutter shank with the arbor body set screws.Insert cutter shank into the arbor body.2. Tighten the set screws securely on the cutter shank flats. Note: The set screws should be recessed in the arbor body when tight.3. Place the Handy-Mag III machine on work piece with pilot pin over the center of hole to be drilled.4. Connect machine to power source.5. Lower Handy-Mag III cutter to surface of material to be cut. Fill coolant tank with a water solublecoolant. Open coolant tap (ME3043) to release coolant.Note:Coolant flow starts when pilot pin contacts work surface. Coolant flow can be stopped by lifting pin off work surface.6. Safety chain must be securely fastened to machine and around the work being drilled.Note: Safety chain is intended only to secure drill to work piece in case of emergency, such as a loss of power to the magnetic base.7. Attach chip shield (ME3082) to machine with butterfly screws (ME3081) and washers. Caution!Do not use the Handy-Mag III for work other than it’s intended use.The Handy-Mag III is designed to work only with the tooling e of other tooling may cause damage to the drill, cause personal injury and void the warranty. CAUTION: Always use safety chain. Failure to do so could result in personalinjury and/or damage to theHandy-Mag III drilling machine.⇨Auto Auto Auto Auto AutoMaking the Cut CAUTION: Always use chip shield.1. Move magnet switch to “On” position, panel lamp should illuminate indicatingpower is on. Magnetic base should be firmly secured to work piece at this time.2. Start drill motor by depressing green motor “On” button.3. Using the feed handles, advance cutter into material until Handy-Mag cutter hasestablished an external groove in the material, during the remainder of cut apply,smooth constant pressure without overloading motor.NOTE: Handy-Mag cutters are designed for uninterruptedcutting, chips are evacuated during the cut. Do notpeck drill when using Handy-Mag cutters.CAUTION: If drill motor should stall or stop before a complete cut is made, always shut the motor off and remove the cutter from the hole before attempt-ing to restart the motor. Failure to do so could result in personal injury and/or damage to the Handy-Mag III drilling machine or cutter.After the Cut 1. After the Handy-Mag III cutter has finished the cut, the “slug” or uncut centerportion of material will be expelled when motor is returned to the full up position.Beware of slugs ejected at end of cut. They become HOT during the cut.2. Return the machine to a full upright position and depress red motor “OFF “button. Wait until motor completely stops.3. Move magnet switch to “OFF” position when ready to release magnetic basefrom work surface.Auto AutoOperating Auto-Feed FeatureThe Handy-Mag III can be used as a manual machine when the three feed handles are pointed out.AutoTo switch to automatic drilling:1. Begin drilling manually with the handles pointed out.2. After the cutter has begun cutting, push the feed handles in parallel with the side of the machine.Note: The gears may not always line up perfectly. If the handles will not push in, simply raise the feed upward slightly and the handles will engage.3. Once in auto-feed and throughout the drilling process, always keep a hand firmly on the side handle to stabilize the machine.4. As a precaution, always keep the other hand near the motor shut off switch in the event of a problem.5. Once the hole is drilled, the machine will expel the slug and stop.Situations Where The Safety OverrideSystems Will Automatically Engage1. When there is a sharp decrease in load, such as when the hole is finished or if a cutter breaks, the feed will automatically return to the top and stop. The magnet will remain on.2. If the chip load exceeds maximum for 2 seconds, the motor and feed will stop and stay in that position. Only the magnet will stay on. This will alert the operator of an overload problem. If this hap-pens repeatedly, it may be an indication of a worn cutter or other problem.3. If the feed reaches the bottom of its stroke, it will automatically return. This will happen if the ma-chine is operating under zero load (test conditions) if attempting to drill past the maximum depth of a 2" depth cutter.9Maintenance1. Adjusting motor slide tension:The motor slide assembly may become loose and require adjustment after the machine has been in service. Wrenches are provided in the tool kit for performing adjustments. • Using the feed handles, position motor and slide assembly in the full up position. • Loosen 6 jam nuts (ME3048) and equally tighten 6 adjustment screws (ME3047) using 2.5mm and 8mm combination wrench and hex key. • Do not over tighten adjustment screws. Excessive slide tension can damage the machine. Properly adjusted, the motor/slide assembly should have no side to side movement and remain positioned without drifting down.2. Inspecting magnet base:Keep bottom of magnet clean, free of chips, burrs, nicks, oil and other contaminants. Inspect magnet face to insure surface is flat and square. A worn magnet surface dramatically reduces magnetic holding force.3. Lubricating motor slideways:Periodically clean and lubricate motor slide ways with lithium base grease.4. Inspecting arbor support system:Visually inspect arbor, sleeve and support bracket for wear.Caution: Always remove cutter from arbor body before measuring runout, never use hands or fingers to rotate arbor or motor spindle.5. Checking arbor runout:Arbor runout should not exceed .0035 per revolution. This is most accurately measured by placing a dial indicator needle inside of arbor bore and rotating arbor while observing indicator.6. Motor brush inspection:Inspect motor brushes and replace as needed during extended periods of heavy machine usage.CAUTION: Never operate machine with worn or missing parts.10Troubleshooting1. Magnetic base is not holding securely:• Material being drilled must be a minimum of 3/8" thick for proper magnetic adhesion. • Surface of material should be free of chips, debris, rust and mill scale. • Verify size of cutter. It should not exceed machines capacity. • Check magnet face for unevenness, nicks and burrs. • Welding equipment should not be connected to material being drilled.2. Drill motor is running, arbor and spindle is not turning: • Spindle key (HM3006) could be sheared.3. Motor slows when drilling: • Check extension cord requirements if one is being used. (pg. 4) • Excessive downfeed pressure during drilling cycle will cause motor to slow and overheat. • The cutting tool may need to be resharpened.4. Coolant system not working: • Coolant system is gravity dependent. Machine must be in an upright position to operate properly. • Consistency of coolant mixture is too thick. • Check for the correct pilot pin.5. Slugs not ejecting from cutter: • Lack of coolant can cause slugs to expand in cutter bore. • Check for correct pilot pin. • Check for broken internal arbor parts. * Drilling stacked material requires a special STACKED GEOMETRY cutter.6. Breaking cutters: • Coolant must be applied to the interior of the cutter. • Excessive downfeed pressure when cutter contacts work surface can cause breaks. • Confirm material hardness. • Drilling stacked material with improper cutter. (Drilling stacked material requires special cutters) • Dull cutters and dull or chipped cutting edges require excessive feed pressure resulting in breakage. • Excessive arbor runout. (see pg.9 for maintenance) • Motor spindle is bent or there is a worn arbor sleeve. • Motor slide is improperly adjusted. (see pg.9)7. Oversized or rough holes: • Insufficient coolant. • Excessive feed pressure. • Dull cutter. • Worn support bracket roller bearing or arbor body sleeve. • Bent motor spindle. • Motor slide improperly adjusted.11Parts ListItem DescriptionPart No. Qty Req.1 Set Screw M5 x 6 ME3001 52 Cutter Arbor Complete (inc 125-132) ME3002 13 Water Seal ME3003 14 Spring ME3004 1 `5 Main Drive Spindle ME3005 16 Woodruff Key M5x5x10 ME3006 17 Oil Seal 22x32x7 ME3007 28 Gearbox Case ME3008 19 Bearing 6003zz ME3009 2 10 Snap Ring R-35 ME3010 1 11 Circlip S-17 ME3011 1 12 Final Drive Gear 52T ME3012 1 13 Circlip S-14 ME3013 1 14 Bearing 608zz ME3014 4 15 Gear Pinion 8T ME3015 1 16 1st Drive Gear 50T ME3016 1 17 Coolant Elbow Connector ME3017 1 18 Inter Gear Plate ME3018 1 19 Fan Shroud ME3019 1 20 Bearing 609zz ME3020 1 21 Armature 110V ME3021 1 22 Screw M5x55 ME3022 2 23 Field Assy 110V ME3023 1 24 Motor Housing ME3024 1 25 Brush Holder ME3025 2 26 Carbon Brush Set ME3026 2 27 Brush Cap ME3027 2 28 Hex Head Bolt M5x40 ME3028 4 29 Spring Washer M5 ME3029 8 31 Motor Cord ME3031 1 32 Cord Armour ME3032 1 33 Cord Clip ME3033 2 34 Pan Head Screw M4x16 ME3034 2 35 Wire Connector C4 ME3035 2 36 Gear Rack ME3036 1 37 Main Slide Plate ME3037 1 38 Hex Head Bolt M6x20 ME3038 512Parts ListItemDescription Part No. Qty Req. 39 Coolant Tank Hanger ME3039 1 40 Flat Washer 3/16x16x1 ME3040 2 41 Retaining Knob M5x16 ME3041 142 Coolant Tank ME3042 1 43 Coolant Tap ME3043 1 44 Coolant PU Tube ME3044 1 45 Conduit Gland ME3045 1 46 Main Body Assy ME3046 1 47 Set Screw M5x20 ME3047 8 48 Nut M5 ME3048 8 49 Brass Slide Right ME3049 1 50 Steel Strip Tensioner ME3050 1 51 Brass Slide Left ME3051 1 52 Electro-Magnet Switch ME3052 1 53 Motor Switch Button On ME3053 1 54 Bushing ME3054 2 55 Motor Switch Button Off ME3055 1 56 Front Switch Panel ME3056 1 57 Screw M4x16 ME3057 4 58 Selector Cam ME3058 1 59 Screw & Washer ME3059 1 60 Switch Plate Bar Short ME3060 2 61 Engagement Ball M5 ME3061 8 62 Crank Spindle ME3062 1 63 Handle Grip ME3063 3 64 Rear Cover Plate ME3064 1 65 Screw M3.5x6 ME3065 4 66 Pan Head Screw M4x8 ME3066 7 67 Stroke Limiting Switch ME3067 1 68 Electronic Unit 110V ME3068 1 69 Star Washer M4 ME3069 1 70 Power Cord ME3070 1 71 Pan Head Screw M4x6 ME3071 1 72 Electro-Magnet ME3072 1 73 Arbor Support Bracket ME3073 1 74 Arbor Support Bearing HK3516 M E3074 1 75 Spring Washer M8 ME3075 3 76 Hex Head Screw M8 ME3076 3 77 Combination Wrench M8 ME3077 1 78 Hex Wrench M2.5 ME3078 1Parts ListItem Description79 Hex Wrench M4 ME3079 1 80 Washer M6x13x1 ME3080 2 81 Butterfly Screw M6x10 ME3081 2 82 Safety Guard ME3082 1 83 Safety Chain ME3083 1 84 Pan Head Screw M4x12 ME3084 1 85 Flatwasher M4 ME3085 5 86 Cover Plate ME3086 1 87 Hex Head Screw M8x16 ME3087 4 88 Cord Protector ME3088 1 89 Flat Washer M8x20x1 ME3089 2 90 Hex Head Screw M10x30 V1 ME3090 1 91 Spring Washer M10 V1 ME3091 1 92 Flat Washer M10x23x2 V1 ME3092 1 93 Motor Mounting Plate V1 ME3093 1 94 Hanger ME3094 1 95 Crank Handle ME3095 3 96 Pan Head Screw M5x8 ME3096 1 97 Crank Lever Tip ME3097 3 98 Hub Cover ME3098 1 99 Spring Pin 4.2x25 ME3099 3 100 Crank Hub ME3100 1 101 Selector Rod ME3101 1 102 Auto Feed Motor Unit 110v M E3102 1 103 Feed Motor Gear Box Unit ME3103 1 104 Feed Support Plate ME3104 1 105 Flat Head Screw M5x15 ME3105 4 106 Flat Head Screw M5x45 ME3106 4 107 Ball Bearing 6809zz ME3107 1 108 Gear 63T ME3108 1 109 Auto Feed Side Cover ME3109 1 110 Hex Head Screw M5x10 ME3110 5 111 C-Clip C-28 ME3111 1 112 Bushing 8x12x6 ME3112 2 113 Output Gear 80T ME3113 1 114 Woodruff Key 4x4x10 ME3114 1 115 Gear Pinion 12T ME3115 1 116Screw M4x25 ME3116 214Parts ListItem Description Part No. Qty Req.117 Cord Protector ME3117 1118 Hex Nut M4x8 ME3118 2 119 Hex NutME3119 1 120 Flat Washer 1/2x24x2.5 ME3120 1 121 O-Ring 7.5x1.5ME3121 1 122 Limit Switch Pin 2.2x10 ME3122 2 123 Set Screw M8x8 ME3123 3 124 Capacitor ME3124 1 125 Circlip ME3125 1 126 CollarME3126 1 127 Return SpringME3127 1 128 Spring Retainer Ring ME3128 1 129 Set Screw M3x12 ME3129 1 130 Lock Pin ME3130 1 131 Screw M3x6 ME3131 1 132 Flat SpringME3132 1 133 Hex Bolt M8x60 ME3133 1 134 Screw M4x10 ME3134 2P a r t s B r e a k d o wnH a n d y -M a g I I IA u t o。

expandable stentretriever,the Tigertriever13(Rapid Medical, Yoqneam,Israel).Here,the stentretriever is not unsheathed but pushed out of the microcatheter,advanced as far as possi-ble before manual opening.This technique may be used in2 different situations.First,in case of vessel tortuosity if the microcatheter can’t be advanced as far as the physician wants: the Tigertriever13can be delivered through the microcatheter without having to unsheathe it,be advanced and opened dis-tally to its microcatheter to establish a stable anchor prior to advancing the guiding,intermediate and micro-catheters (anchor technique).The second situation is when distal occlu-sions lead to length issues,the microcatheter may be too short to cross a distal clot:the Tigertriever13can then be pushed out of the microcatheter,and be used to cross a sub-occlusive clot as it has a soft shaped distal tip and the physician sees the artery beyond the sub-occlusion.Then,the Tigertriever will be manually expanded through the clot,and retrieved (harpoon technique)to obtain a recanalization.Disclosures A.Guenego:None.B.Lubicz:None.E-035INTRA-ARTERIAL TISSUE PLASMINOGEN ACTIVATOR (IA-TPA)AS FIRST LINE AND SALVAGE THERAPY TOACHIEVE COMPLETE REPERFUSION IN ACUTE ISCHEMICSTROKEM Waqas,S Housley,A Baig,J Cappuzzo,A Monteiro,W Khawar,E Levy,A Siddiqui. Neurosurgery,University at Buffalo,Buffalo,NY10.1136/neurintsurg-2022-SNIS.146Introduction Despite advances in neurointervention with better mechanical thrombectomy devices and more sophisticated tech-niques,unsuccessful reperfusion(TICI0–1)remains the end-result in1out of every10patients,with most patients who are successfully treated not attaining neurologic independence at90-days.This is true especially for tough-to-remove clots. We aim to investigate the potential role of intra-arterial tissue plasminogen activator(IA-tPA),as both first-line and salvage therapy after failed completed reperfusion.Methods A prospectively maintained database was retrospec-tively searched for acute ischemic stroke patients treated with IA-tPA as either first-line technique or as salvage therapy fol-lowing failed mechanical thrombectomy(aspiration,stent-retriever,or both)from Jan2010to Jan2022.Patient demo-graphics,comorbidities,presenting NIHSS,IV-tPA,and IA-tPA administration were recorded.Other procedural details such as total no.of passes,first pass effect,and intra-and post-op complications were also recorded.Outcomes were measured in terms of symptomatic intracerebral hemorrhage(sICH),dis-charge NIHSS,and mRS at90-days.Results Forty patients were included in our study(23female; mean age68.1±13.7years).Hypertension was the most com-mon comorbidity in26cases(65%),followed by hyperlipide-mia in22(55%).Femoral artery was used as site of access in 36cases(90%)with radial artery being used in4(10%). Median presenting NIHSS was12(Range:5–27)and IV-tPA was administered in12cases(30%).IA-tPA was used as first-line therapy for22cases(55%),and as salvage therapy in addition to Aspiration in7(17.5),with stent-retriever in3 (7.5%),and with both in8cases(20%).First pass effect (mTICI2B-3)was achieved in16cases(40%),and a final mTICI of2B-3attained in27total cases(67.5%).In terms of intraoperative complications,clot migration was seen in2cases(5%)and dissection in3(7.5%).sICH(defined as parenchymal hematoma type II)was seen in6cases(15%). Abstract E-035Table1Baseline clinical characteristics andprocedure-related detailsPatient Characteristics n(%)Age,years(Mean±SD)68.1±13.7Sex[n(%of all cases)](n=40)Females23(57.5)Males17(42.5)Co-morbidities•Diabetes10(25)•Hypertension26(65)•Hyperlipidemia22(55)•Atrial Fibrillation15(37.5)•Coronary Artery Disease8(20)Smoking Status•Active smoker17(42.5)•Non-smoker14(35)•Previous smoker9(22.5)Previous Stroke or TIA10(25)Presenting NIHSS(Median)12(Range:5–27)IV-tPA Administered12(30)Access site•Femoral36(90)•Radial4(10)Site of vessel occlusion(n=40)[n(%of MT cases)]•M112(30)•M210(25)•M34(10)•ICA3(7.5)•Others(A1+A2+ACA+P1+P2)11(27.5)IA-tPA as first-line approach(%of MT cases)22(55)IA-tPA as salvage therapy18(45)•With both stent-retriever and aspiration8(20)•With aspiration(ADAPT)7(17.5)•With stent-retriever3(7.5)Abstract E-035Table2Procedure outcomesOutcomes n(%)First-pass effect(mTICI2B or3)16(40)Final mTICI2B-327(67.5)•315(37.5)•2C2(5)•2B10(25)•0–2A13(32.5)Total number of passes(Mean±SD) 1.05±1.16 Intraoperative Complications•Clot migration2(5)•Dissection3(7.5)Symptomatic ICH(Type II PH)6(15)Discharge NIHSS(Median[IQR])4(1–8)In-hospital mortality3(7.5) mRS of0–2at90-days23(57.5) on December 24, 2023 by guest. Protected by copyright./ J NeuroIntervent Surg: first published as 10.1136/neurintsurg-2022-SNIS.146 on 23 July 2022. Downloaded fromMedian discharge NIHSS was4(Range:1-8)with an mRS of0–2at90-days seen in23cases(57.5%).Conclusion For tough-to-remove clots,IA-tPA as first-line and salvage therapy can be potentially efficacious with adequate results.Disclosures M.Waqas:None.S.Housley:None. A.Baig: None.J.Cappuzzo:None. A.Monteiro:None.W.Khawar: None.E.Levy:2;C;Claret Medical,GLG Consulting,Guide-point Global,Imperial Care,Medtronic,Rebound,StimMed, Misionix,Mosiac,Clarion,IRRAS.3;C;Medtronic.4;C; NeXtGen Biologics,RAPID Medical,Claret Medical,Cogni-tion Medical,Imperative Care,Rebound Therapeutics, StimMed,Three Rivers Medical.6;C;Reimbursement for travel and food for some meetings with the CNS and ABNS.A.Siddiqui:2;C;Amnis Therapeutics,Apellis Pharmaceuti-cals,Inc.,Boston Scientific,Canon Medical Systems USA,Inc., Cardinal Health200,LLC,Cerebrotech Medical Systems,Inc., Cerenovus,Cerevatech Medical,Inc.,.4;C;Adona Medical, Inc.,Amnis Therapeutics,Bend IT T echnologies,Ltd., BlinkTBI,Inc,Buffalo T echnology Partners,Inc.,Cardinal Consultants,LLC,Cerebrotech Medical Systems,Inc,Cereva-tech Medical.E-036IMAGING AND EPIDEMIOLOGY OF MOYAMOYAVASCULOPATHY1D Lauzier,2K Guilliams,3A Kansagra.1Mallinckrodt Institute of Radiology,Washington University School of Medicine,St.Louis,MO;2Mallinckrodt Institute of Radiology,Department of Neurology,Department of Pediatrics,Washington University School of Medicine,St.Louis,MO;3Mallinckrodt Institute of Radiology,Department of Neurological Surgery,Department of Neurology,Washington University School of Medicine,St.Louis,MO10.1136/neurintsurg-2022-SNIS.147Introduction Moyamoya vasculopathy comprises both moya-moya disease and moyamoya syndrome,and is characterised by progressive occlusion of the distal ICA,proximal ACA,and proximal MCA.If left unaddressed,moyamoya vasculopathy may lead to ischemic complications,which can be particularly devastating given the relatively early age of onset of the dis-ease.Several populations are known to have an increased risk of moyamoya vasculopathy,and recent studies have identified novel risk genes for moyamoya.Here,we comprehensively review population and genetic risk factors for this potentially devastating disease.Materials and Methods We performed a comprehensive data-base search on pubmed,scopus,and embase to identify studies reporting population prevalences of moyamoya vasculopathy. Further,we discuss genetic drivers of this condition,and pro-vide example cases of select imaging findings.Results Our review identified several studies reporting the population prevalence of moyamoya.This included:16.1/ 100,000in Korean populations, 3.2–10.5/100,000in Japa-nese populations, 3.9/100,000in Chinese populations, 1.6/ 100,000in Taiwanese populations,and0.8/100,000in Euro-pean populations.The prevalence of moyamoya in patients with Neurofibromatosis1is600/100,000,and is3800/ 100,000in patients with Trisomy21.The increased preva-lence of moyamoya in East Asian populations reflects the prevalence of the RNF213gene,which causes familial moya-moya disease.In non-East Asian populations,the recently-identified DIAPH1gene is a risk factor for sporadic moya-moya disease.Conclusions Given the number of available risk factors for moyamoya vasculopathy,clinicians have the ability to screenfor this condition and minimize its clinical impact.Disclosures uzier:None.K.Guilliams:None.A.Kansa-gra:None.E-037WHAT STROKE PATIENTS POST ONLINE ABOUT:ANINSTAGRAM AND TWITTER ANALYSIS1A Gajjar,1A Jain,1A Dinh Le,1M Salem,2S Hasan,1B Jankowitz,1J Burkhardt.1Neurosurgery,University of Pennsylvania,Philadelphia,PA;2University of Pennsylvania, Philadelphia,PA10.1136/neurintsurg-2022-SNIS.148Introduction Increased social media usage has allowed many individuals and patients to connect and influence their patient population through providing their own opinions and health experiences.Conducting patient feedback surveys serves as a valuable means for obtaining important information about patients’sense of satisfaction regarding their outcomes,and perioperative needs.In this study,to better understand the patient experience after stroke,the authors sought to assess patient-managed,provider-independent T witter and Instagramposts on social media to further understand the patient per-ception of stroke.Methods A variety of terms(‘stroke’,‘stroke survivor’,‘stroke rehab’,‘stroke recovery’)were used to search for potentially relevant hashtags to find possible qualified posts on T witterand Instagram.Four hundred sixty-eight public Instagramposts marked under‘#stroke’and‘@stroke’including direct references to the patient‘s own experience were analyzed (June2018to July2021).T witter posts containing‘#stroke’and‘@stroke’were identified,and the search resultsyielded Abstract E-036Figure1on December 24, 2023 by guest. Protected by copyright./ J NeuroIntervent Surg: first published as 10.1136/neurintsurg-2022-SNIS.146 on 23 July 2022. Downloaded from。

大学00学院本科生毕业论文（设计）题目左臂壳体加工毕业设计学院000000000专业班级0000学生姓名0000指导教师0000撰写日期：2014年00月00日中文摘要零件的加工工艺编制，在机械加工中占有非常重要的地位，零件工艺编制得合不合理，这直接关系到零件最终能否达到质量要求；夹具的设计也是不可缺少的一部分，它关系到能否提高其加工效率的问题。

因此这两者在机械加工行业中是至关重要的环节。

左臂壳体零件的主要加工表面为孔和外圆表面。

外圆表面加工根据精度要要求可选择车削和磨削。

孔加工方法的选择比较复杂，需要考虑零件的结构特点、孔径大小、长径比、精度和粗糙度要求以及生产规模等各种因素。

对于精度要求较高的孔往往还要采用几种不同的方法顺次进行加工。

本次设计的连接套，为保证孔的精度和表面质量将先后经过粗车、半精车、精车和钻孔、铰丝等工序加工。

在机床上对零件进行机械加工时，为保证工件加工精度，首先要保证工件在机床上占有正确的位置，然后通过夹紧机构使工件在正确位置上固定不动，这一任务就是由机床夹具完成。

对于单件、小批量生产，应尽量使用通用夹具，这样可以降低工件的生产成本。

但是由于通用夹具适用各种工件的装夹，所以夹紧时往往比较费时间，并且操作复杂，生产效率低，也难以保证加工精度，为此需设计专用夹具。

关键词：工艺设计、基准选择、切削用量、定位误差A BSTRCTIs the components craft establishment, holds the very important status in the machine-finishing, the components craft establishes reasonable, whether do this direct relation components achieve the quality requirement finally; Jig's design is also an essential part, whether does it relate raises its processing efficiency the question. Therefore this both in the machine-finishing profession are the important links.Sleeve components main processing surface for hole and outer annulus surface. The outer annulus face work needs to request according to the precision to be possible to choose the turning and the grinding. The hole processing method's choice is quite complex, needs to consider the components the unique feature, the aperture size, the length to diameter ratio, the precision and roughness request as well as the scale of production and so on each kind of factor. Often must use several different methods regarding the accuracy requirement high hole to carry on the processing in order. This design's cylinder, will pass through half finished boring, the finished boring, the fine articulation and the trundle successively for the guarantee hole's precision and the surface quality and so on five working procedure processingsWhen the engine bed carries on the machine-finishing to the components, is guaranteed that the work piece working accuracy, first needs to guarantee the work piece holds the correct position on the engine bed, then causes the work piece in the correct position through the clamp organization fixed motionless, this duty is completes by the engine bed jig. Regarding the single unit, the small batch production, should use the universal jig as far as possible, like this may reduce the work piece the production cost. But because the universal jig is suitable each kind of work piece the attire to clamp, therefore time clamp often compares spends the time, and operates complex, the production efficiency is low, also guarantees the working accuracy with difficulty, for this reason must design the unit clamp.Key word: Craft, datum, cutting specifications, localization datum, position error.目录第一章零件的分析 (1)1.1左臂壳体的作用 (1)1.2左臂壳体的主要工艺分析 (1)第二章左臂壳体工艺规程设计 (2)2.1确定毛坯尺寸和毛坯图 (2)2.2基准选择 (2)2.2.1粗基准的选择 (2)2.2.2精基准的选择 (2)2.3表面加工方法的选择 (2)2.4制定工艺路线 (3)2.5工艺方案的比较与分析 (5)2.6加工余量和工序尺寸 (5)2.7各种机床与刀具选择 (7)2.8确定切削用量和基本工时 (7)2.8.1加工条件 (7)2.8.2计算切削用量 (8)2.9计算时间定额和提高生产率的工艺途径简介 (21)第三章夹具设计 (22)1零件专用夹具的设计 (22)1.1 机床夹具介绍 (22)1.2 现代夹具的发展发向 (23)1.３机床夹具的定位及夹紧 (25)1.4 机床夹具在机械加工中的作用 (28)1.5工件的装夹方式 (29)1.6 基准及其分类 (30)1.7 工件的定位 (31)1.8 常见定位方式及定位元件 (32)1.9工件的夹紧 (33)2问题的提出 (36)3车床夹具设计 (37)3.1定位基准的选择 (37)3.2 定位误差分析 (37)3.3 夹具设计及操作的简要说明 (37)3.4 夹具零件 (37)第四章结论 (42)致谢 (43)参考文献 (44)第一章零件的分析1.1左臂壳体的作用左臂壳体：主要用来联接齿轮变速箱和旋耕机刀架支臂及链条传动箱，共同组成旋耕机支架。

Chester Chest™使用指南此模型带有创新的高级臂。

新型高级臂具有双腔 5FR PICC（外周静脉穿刺中心静脉置管），其从内部二头肌区域从贵要静脉延伸出来，这是目前首选的放置位置。

贵要静脉略微凸起，便于识别。

PICC 置管部位的背面是用于放置外围端口的凹陷区域。

凹陷区域的底部由柔软材料制成，允许端口在进入时“浮动”。

该区域有可移除的组织皮瓣覆盖，当放置在端口上时，提供逼真的触觉。

新手臂的另一个特点是在前臂中预先放置了20g 静脉导管。

新的高级臂比我们之前的手臂具有更大的旋转和伸展程度，就像您在进行PICC操作时一样。

双 PICC，静脉导管(需额外购买)和可选的外周端口都连接到手臂上的模拟血液储存袋，以允许实施“血液”抽取和液体输注。

可在所有场所展示导管护理，敷料更换和固定装置的训练。

左胸部区域包含：•胸部皮肤•输液港•胸部组织瓣下的真正的植入端口•坚固的胸部底座，带有肋骨轮廓和可以放置互换插件的凹陷区域•困难穿刺的插件模块，插入物0420、0430和0440是由软组织样材料制成的，放置在端口下方或上方，以模拟触诊和访问端口，其放置方式有以下几种：正常放置、“倾斜”、“游离”或“深度放置”。

模型的右胸区有一个9.6FR 中心静脉导管，可以看到锁骨。

在颈外静脉略高的部位，有一个开口，供您连接自己的导管，胸腔中也有一个开口用于放置锁骨下导管。

1 0451 模拟血液2 模拟血液袋固定带3 0450 躯干处三向导管4 用于连接自行安装的导管5 0455 固定手臂的螺母与螺栓1 0453 模拟手臂储血袋2 导管夹3 0417 可选配的外周端口(额外购买)4 0455 螺母和螺栓5 双导管 PICC 连接处6 0446 供血导管7 20G 静脉导管图 1120407 9.6FR 锁骨下中心静脉导管3底座40405胸部皮肤50451躯干模拟血袋60430困难穿刺插件，模拟倾斜放置70440困难穿刺插件，模拟深度放置80420困难穿刺插件，模拟游离放置90458爽身粉1020G 静脉导管130417 选配的外周端口14手臂150410 选配的三向中心静脉导管16可断开的选配导管17可自行添加的颈静脉导管18躯干110408 双向 PICC 5FR12 凹陷区域将模型竖直放在水平台面上，如图4所示拆卸躯干部分的螺丝 (图 4)。

机械制造工艺学课程设计说明书设计题目：设计犁刀变速齿轮箱体零件的机械加工工艺规程及工艺装备班级：机制1221组别：第二组姓名：王学峰指导教师：杜可可日期：2013-6-7机械制造工艺学课程设计任务书题目：设计犁刀变速齿轮箱体零件的机械加工工艺规程及铣凸台面工序的专用夹具内容：1)零件——毛坯合图 1张2)机械加工工艺规程卡片 1套3)夹具装配总图 1张4)夹具零件图 1套5)课程设计说明书 1份原始资料：该零件图样一张;生产纲领为6000件∕年；每日1班。

摘要在生产过程中，使生产对象（原材料，毛坯，零件或总成等）的质和量的状态发生直接变化的过程叫工艺过程，如毛坯制造，机械加工，热处理，装配等都称之为工艺过程。

在制定工艺过程中，要确定各工序的安装工位和该工序需要的工步，加工该工序的机车及机床的进给量，切削深度，主轴转速和切削速度，该工序的夹具，刀具及量具，还有走刀次数和走刀长度，最后计算该工序的基本时间，辅助时间和工作地服务时间。

关键词：工序，工位，工步，加工余量，定位方案，夹紧力摘要 (3)第1章绪言 (6)第2章零件工艺的分析 (7)2.1 零件的作用 (7)2.2 零件的工艺分析 (8)第3章确定毛坯、画毛坯—零件合图 (9)第4章拟定梨刀箱体加工的工艺路线 (10)4.1 定位基准的选择 (10)4.2 制定工艺路线 (11)第5章选择加工设备及刀具、夹具、量具 (12)第6章确定切削用量及基本工时 (13)6.1 加工工序设计、粗铣、精铣N面工序 (13)6.2 工序钻扩铰2-φ10F9孔至2-φ9F9，钻4-φ13mm孔加工工序 (14)6.3 工序粗镗、工序7精镗2-φ80H7孔工序 (16)6.4、工序粗铣R面及Q面和工序80，精铣R面及Q面 (21)6.5 工序精扩铰2-φ10F9孔，提高精度至2-φ10F7 (22)6.6 工序80 铣凸台面 (22)6.7 钻φ20孔，扩铰Sφ30H9球形孔，钻4-M6螺纹底孔，空口倒角为1×45°，攻螺纹6-M6-6H4 (24)6.8 工序90 锪4-φ22mm平面 (25)6.9 钻8-M12mm螺纹底孔，孔口倒角1×45°，钻铰2-φ8N8，孔口倒角1×45° (26)6.10 攻螺纹8-M12-6H (27)6.11 时间定额计算 (27)第7章专用夹具的设计 (40)7.1 确定夹紧力及螺杆直径 (40)7.2 定位精度分析 (41)第8章加工刀具表格及数控程序代码 (42)8.1加工刀具表格 (42)8.2 数控程序代码 (43)第9章结论 (48)参考文献 (49)绪言箱体零件是机器或部件的基础零件,它把有关零件联结成一个整体,使这些零件保持正确的相对位置,彼此能协调地工作.因此,箱体零件的制造精度将直接影响机器或部件的装配质量,进而影响机器的使用性能和寿命.因而箱体一般具有较高的技术要求.由于机器的结构特点和箱体在机器中的不同功用,箱体零件具有多种不同的结构型式,其共同特点是:结构形状复杂,箱壁薄而不均匀,内部呈腔型;有若干精度要求较高的平面和孔系,还有较多的紧固螺纹孔等.箱体零件的毛坯通常采用铸铁件.因为灰铸铁具有较好的耐磨性,减震性以及良好的铸造性能和切削性能,价格也比较便宜.有时为了减轻重量,用有色金属合金铸造箱体毛坯(如航空发动机上的箱体等).在单件小批生产中,为了缩短生产周期有时也采用焊接毛坯.毛坯的铸造方法,取决于生产类型和毛坯尺寸.在单件小批生产中,多采用木模手工造型;在大批量生产中广泛采用金属模机器造型,毛坯的精度较高.箱体上大于30—50mm的孔,一般都铸造出顶孔,以减少加工余量.第1章零件工艺的分析1.1 零件的作用犁刀变速齿轮箱体是旋耕机的一个主要零件。

1、手臂的设计2.1、手臂伸缩的设计计算手臂是机械手的主要执行部件。

它的作用是支撑腕部和手部，并带动它们在空间运动。

臂部运动的目的，一般是把手部送达空间运动范围内的任意点上，从臂部的受力情况看，它在工作中即直接承受着腕部、手部和工件的动、静载荷，而且自身运动又较多，故受力较复杂。

根据液压缸运动时所需克服的摩擦、回油背压及惯性等几个方面的限力，来确定液压缸所需的驱动力。

手臂的伸缩速度为250mm/s行程L=300mm液压缸活塞的驱动力的计算P = P摩■ F密■ F回■ F惯式中P摩一一摩擦阻力。

手臂运动时，为运动件表面间的摩擦阻力。

若是导向装置，则为活塞和缸壁等处的摩擦阻力。

P密一一密封装置处的康擦阻力；P回一一液压缸回油腔低压油掖所造成的阻力；P惯一一起动或制动时，活塞杆所受平均惯性力。

p摩、P密、P回、％的计算如下。

2.1.1、P摩的计算不同的配置和不同的导向截面形状，其摩擦阻力不同，要根据具体情况进行估算。

图4-15为双导向杆导向，其导向杆截面形状为圆柱面，导向杆对称配置在伸缩缸的两侧，启动时，导向装置的摩擦阻力较大，计算如下：由于导向杆对称配置，两导向杆受力均衡，可按一个导向杆计算。

'M A "G总L = aF bG F b = Fa(L+a： l a」式中G总——参与运动的零部件所受的总重力(含工件重)，估算G 总=G 工件+G手+G 手腕+G 手臂=(80+60+60+250)N=450NL ——手臂参与运动的零部件的总重量的重心到导向支承前端的距离(m),L=100mma --------- 导向支承的长度，a=150mm;丄一一当量摩擦系数，其值与导向支承的截面形状有关。

对子圆柱面:IJ=0.18代入已知数据得』二」=(1.27」1.57)取・i=1.5」J ――摩擦系数，对于静摩擦且无润滑时：钢对青铜：取」=0.1~0.15钢对铸铁：取」=0.18~0.3取」=0.15 ,—9总」=0.18H2 200 1 00=405NI a 丿1002.1.2、 P 密的计算同的密封圈其摩擦阻力不同，其计算公式如下：(1) “O'形密封圈当液服缸工作压力小于10Mpa.活寒杆直径为液压缸直径的一半，活塞与活塞杆处都采用“ O'形密封圈时，液压缸密封处的总的摩擦力为P 寸 1 '2 二 0.03F式中 F ——为驱动力，P ——工作压力(Pa); P <10MPa, J =0. 05~0.023,取 p=2Mpa, J =0.06; d L 伸缩油管的直径，d=7mm; 密圭寸的有效长度(mm).得 P g =0.05 P2.1.3、 F 回的计算般背压阻力较小，可按F 回=0.05PF fe =G 总v总、gt450 0.29.81.0.2= 45N G 总一一参与运动的零部件所受的总重力（包括工作重量）（Ng 一一重力加速度，取 9.81 m/s 2v 一一由静止加速到常速的变化量|_v =0.2m/s t 一一起动过程时间（s ）, —般取0.01~0.5s ，对轻载 低速运动部件取较小值，对重载高速运动部件 取较大值。

TRUST BLUE■Drilling and countersink tools from a single source■Drills and countersinks for nearly all materials and applications■Highest degree of quality for precise and neat resultsDrilling toolsHSS spiral drills 3■DIN 338 HSSG N STEEL spiral drills 6■DIN 338 HSSE N INOX spiral drills 8HSS step drills 10■HSS step drills 12■HSS step drills with HICOAT coating HC-FEP 13Countersink toolsHSS conical countersinks 14■HSS DIN 335 C 90° conical countersinks 16■HSSE DIN 335 C 90° conical countersinks, Co5 type 17■HSS DIN 335 C 90° conical countersinkswith HICOAT coating HC-FEP 18■HSS DIN 334 C 60° conical countersinks 19HSS flat countersinks 20■HSS DIN 373 flat countersink quality grade fine for through hole 22■HSS DIN 373 flat countersink quality grade medium for through hole 22■HSS DIN 373 flat countersinks for tapping hole 23TC ground contact countersinks 24Drilling tools with cross grinding for industrial uses. Fully ground, right-hand turning versions that produce precise drill holes thanks to their high concentricity and exact centring. PFERD offers spiral drills in the STEEL (118° point angle) and INOX (135° point angle) types.Advantages:■Very good chip removal. ■High concentricity.■Exact centring and low feed force thanks to cross grinding.Applications:■DrillingRecommendations for use:■Observe the recommended rotational speed.■When drilling metals, use a high-quality cutting oil or cooling lubricant, if possible. This facilitates smooth running andextends the drill tool life. Exception: when working on aluminium, use kerosene instead of cutting oil.■In order to avoid corrosion, remove any particles which develop when working on stainless steel (INOX) from the workpiece. Clean the workpiece chemically or mechanically (etching/polishing, etc.).Safety notes:=Wear eye protection!=Follow the safety instructions!Matching tool drives:■Power drills ■Column drills ■Machine tools ■RobotExample applications for STEEL/INOX HSS spiral drillsHSSG (M2) STEEL 118° type■Suitable for universal use on steel, cast steel, grey cast iron, annealed cast iron, bronze, brass, aluminium. ■Easy centring. ■Long tool life.■Good chip removal.HSSE Co5 (M35) INOX 135° type■Particularly well suited for tough and hard materials, such as alloyed and high-strength steel, stainless steel (INOX). ■Robust tip profile. ■Very long tool life. ■Good chip removal.■Very good temperature resistance due to Co content.Recommended rotational speed range [RPM]To determine the recommended cutting speed range [m/min], please proceed as follows:➊ S elect the material group to be machined.➋ Select the type.➌ Establish the cutting speed range.To determine the recommended rotational speed range [RPM], please proceed as follows:➍ S elect the required diameter.➎ T he cutting speed range and the diameter determine the recommended rotationalspeed range.Fully ground spiral drill with cross grindingPFERD drills are completely ground spiral drills: they are precision ground both in the chip flute and the guide chamfer as well as at the drill tip. They also have cross grinding. This drill is suitable for highly precise positioning on the workpiece and supports centring during drilling. This grinding finish even cuts at the centre of the drill tip and reduces the feed forces during use. Spiral drills with cross grinding are suitable for purposes including machining of difficult-to-machine materials like chromium-nickel steel.Example:Spiral drill,SPB DIN 338 HSSG N 12,0 STEEL, Tool dia. 12 mm.Steels up to 700 N/mm²Cutting speed: 25–35 m/min.Rotational speed range: 650–950 RPMDIN 338 HSSG N STEEL spiral drills Array High-performance drilling tools in the STEEL in HSSG (M2) type for industrial uses.Fully ground, right-hand turning version with cross grinding.Materials that can be worked:■steel, aluminium, brass, bronze, cast,plasticsSTEELEAN 4007220DIN 338 HSSG N STEEL spiral drills, 19-piece setThe set contains 19 HSS spiral drills in the STEEL in HSSG (M2) type for industrial uses. The sturdy plastic box protects the tools from dirt and damage.The securing of the HSS spiral drills facilitates the selection and withdrawal of the tools.Contents:19 HSS spiral drills,STEEL in HSSG (M2) type,dia. 1.0 to 10.0 mm, graduations in 0.5 mm Materials that can be worked:■steel, aluminium, brass, bronze, cast, plasticsSTEEL EAN 4007220DIN 338 HSSG N STEEL spiral drills, 25-piece setThe set contains 25 HSS spiral drills in the STEEL in HSSG (M2) type for industrial uses. The sturdy plastic box protects the tools from dirt and damage.The securing of the HSS spiral drills facilitates the selection and withdrawal of the tools.Contents:25 HSS spiral drills,STEEL in HSSG (M2) typedia. 1.0 to 13.0 mm, graduations in 0.5 mm Materials that can be worked:■steel, aluminium, brass, bronze, cast, plasticsSTEEL EAN 4007220DIN 338 HSSE N INOX spiral drills Array High-performance drilling tools in the INOX in HSSE-Co5 (M35) type for industrial uses. Fully ground, right-hand turning version with cross grinding.Materials that can be worked:■steel, stainless steel (INOX), aluminium,brass, bronze, cast, titanium, plasticsINOXEAN 4007220DIN 338 HSSE N INOX spiral drills, 19-piece setThe set contains 19 HSS spiral drills in the INOX in HSSE-Co5 (M35) type for industrial uses. The sturdy plastic box protects the tools from dirt and damage. The securing of the HSS spiral drills facilitates the selection and withdrawal of the tools.Contents:19 HSS spiral drills,INOX in HSSE-Co5 (M35) type,dia. 1.0 to 10.0 mm, graduations in 0.5 mm Materials that can be worked:■steel, stainless steel (INOX), aluminium, brass, bronze, cast, titanium, plasticsINOXEAN 4007220DIN 338 HSSE N INOX spiral drills, 25-piece setThe set contains 25 HSS spiral drills in the INOX in HSSE-Co5 (M35) type for industrial uses. The sturdy plastic box protects the tools from dirt and damage. The securing of the HSS spiral drills facilitates the selection and withdrawal of the tools.Contents:25 HSS spiral drills,INOX in HSSE-Co5 (M35) typedia. 1.0 to 13.0 mm, graduations in 0.5 mm Materials that can be worked:■steel, stainless steel (INOX), aluminium, brass, bronze, cast, titanium, plasticsINOX EAN 4007220Sturdy high-performance tools for burr-free drilling and deburring of sheet metal, pipes and profiles. Materials up to 4 mm thick can be drilled and deburred easily in a single step. PFERD also offers step drills with a high-quality HICOAT coating. To ensure reliable torque transmis-sion, all step drills have a three-surface shaft.Advantages:■Drilling and deburring in a single step.■Completely smooth running and a high cutting performance.■The high-quality drill tip ensures effortless centring and drilling.■The tool taper makes it easier to pull back from drilled plates.■Chips which do not break are neatly removed as with a spiral drill.■Built-up edges and cold welding on the blades are prevented. Materials that can be worked:■Steel■Cast steel■Stainless steel (INOX)■Non-ferrous metals■Plastics■Other materials Applications:■Drilling■Deburring Recommendations for use:■Use HSS step drills on sheets, pipes and profiles with a maximum thickness of 4 mm.■Please refer to the table for the recommended rotational speeds. Matching tool drives:■Power drills■Column drillsSafety note:To ensure reliable torquetransmission, step drillshave a three-surface shaft.HSS type■Use cutting oil/compressed air as a coolantand lubricant in the case of step drillswithout a coating.HSS HICOAT HC-FEP type■Step drills with a HICOAT coating can alsobe used without the addition of coolants.■Particularly suitable for work on stainlesssteel (INOX).Recommended rotational speed range [RPM]To determine the recommended cutting speed range [m/min], please proceed as follows:➊S elect the material group to be machined.➋ Select the type.➌ Establish the cutting speed range.To determine the recommended rotational speed range [RPM], please proceed as follows:➍S elect the required diameter.➎T he cutting speed range and the diameter determine the recommended rotationalspeed range.Example:HSS step drillsSTB HSS 04-30/10,Step dia. 4–30 mm. Steels up to 700 N/mm². Cutting speed: 20–30 m/minRotational speed range: 2,400–200 RPMl2HSSEAN 4007220HSS step drills, 3-piece setThe set includes three HSS step drills in the versions 4–12 mm (9 steps), 4–20 mm (9 steps),4–30 mm (14 steps) for industrial uses. To ensure reliable torque transmission, all step drillshave a three-surface shaft.The sturdy plastic box protects the tools from dirt and damage. The securing of the HSS stepdrills facilitates the selection and withdrawal of the tools.HSSEAN 4007220HSS step drillsHSS step drills for drilling and deburring thin sheets, pipes and profiles made from variousmaterials. To ensure reliable torque transmission, all step drills have a three-surface shaft.l2HSS step drills with HICOAT coating HC-FEPHSS step drills with premium HICOAT coating HC-FEP are wear resistant and versatile as they can be used to process steel, stainless steel (INOX), non-ferrous metals, thermoplastics and duroplastics. To ensure reliable torque transmission, all step drills have a three-surface shaft.Step drills with a HICOAT coating HC-FEP provide good high-temperature hardness and resist-ance to oxidation. They can therefore also be used on hard materials without the addition of coolants.HC-FEPEAN 4007220HSS step drills with HICOAT coating HC-FEP, 3-piece setThe set includes three HSS step drills in the versions 4–12 mm (9 steps), 4–20 mm (9 steps), 4–30 mm (14 steps) with a premium HICOAT coating HC-FEP for industrial uses. To ensure reliable torque transmission, all step drills have a three-surface shaft.The sturdy plastic box protects the tools from dirt and damage. The securing of the HSS step drills facilitates the selection and withdrawal of the tools.HC-FEPEAN 4007220Conical countersinks from PFERD are characterized by their particularly sharp right-hand blades that are able to achieve very good results, even at low cutting speeds. The various types allow for countersinking and deburring when machining various types of materials, even in industrial environments. To ensure reliable torque transmission, conical countersinks have a three-surface shaft from a countersink diameter of 28 mm.PFERD also offers conical countersinks with a premium HICOAT coating. Tapered countersinks with a HICOAT coating provide good high-temperature hardness and resistance to oxidation. They can therefore also be used on hard materials without the addition of coolants.Advantages:■Very high stock removal rate and optimum chip removal.■Burr-free results, even with low cutting speeds.■Long tool life.■High surface quality of the workpiece. Materials that can be worked:■Steel■Cast steel■Stainless steel (INOX)■Non-ferrous metals■Cast iron■Plastics■Other materials Applications:■Chamfering■Deburring■Countersinking Recommendations for use:■Select the appropriate type depending on the countersink angle required and the material to be machined.■Use cutting oil or compressed air as a coolant and lubricant.■Please refer to the table for the recommended rotational speeds. Matching tool drives:■Power drills■Column drills■Machine tools■RobotSafety note:To ensure reliable torquetransmission, conicalcountersinks have athree-surface shaft froma countersink diameter of28 mm.HSS countersinks 90°■Particularly well suited for producingcountersinks for 90° screws.HSS countersinks 60°■Particularly well suited for countersinkingand deburring.HSS type HSS E Co5 (M35) type HSS HICOAT HC-FEP type■HSS countersink that is suitable foruniversal use on almost all materials.■HSS countersink that is suitable foruniversal use on almost all materials.■Long tool life.■Very good temperature resistance due toCo content.■HSS countersink that is suitable foruniversal use on almost all materials.■Very long tool life thanks to premiumHICOAT coating.■Can also be used without coolants andlubricants.Recommended rotational speed range [RPM]To determine the recommended cutting speed range [m/min], please proceed as follows:➊S elect the material group to be machined.➋ Select the type.➌ Establish the cutting speed range.To determine the recommended rotational speed range [RPM], please proceed as follows:➍S elect the required diameter.➎T he cutting speed range and the diameter determine the recommended rotationalspeed range.Example:Conical countersink KES HSS DIN 335 90°, countersink dia. 28.0 mm. Steels up to 700 N/mm². Cutting speed: 15–20 m/minRotational speed range: 170–220 RPMHSS DIN 335 C 90° conical countersinksHigh-performance countersink tools with a countersink angle of 90° for countersinking 90° screws for all common materials such as steel, cast steel and non-ferrous metals. To ensure reliable torque transmission, conical countersinks have a three-surface shaft from a countersink diameter of 28 mm.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsHSS EAN 4007220HSS DIN 335 C 90° conical countersink setsThe sets include high-performance countersink tools with a countersink angle of 90° for countersinking 90° screws for all common materials such as steel, cast steel and non-ferrous metals. The sturdy plastic box protects the tools from dirt and damage.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsOrdering notes:■Select the set depending on the number of types required.HSSEAN 4007220l 1HSSE DIN 335 C 90° conical countersinks, Co5 typeHigh-performance countersink tools with a countersink angle of 90° for countersinking 90° screws for particularly tough and hard materials such as alloyed and high-strength steel and stainless steel (INOX). To ensure reliable torque transmission, conical countersinks have a three-surface shaft from a countersink diameter of 28 mm. Long tool life and temperature-resistant type due to Co content. Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsHSSE EAN 4007220l 1HSSE DIN 335 C 90° conical countersink sets, Co5 typeThe sets include high-performance countersink tools with a countersink angle of 90° forcountersinking 90° screws for particularly tough and hard materials such as alloyed and high-strength steel and stainless steel (INOX). Long tool life and temperature-resistant type due to Co content. The sturdy plastic box protects the tools from dirt and damage.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsOrdering notes:■Select the set depending on the number of types required.HSSEEAN 4007220HC-FEP EAN 4007220HSS DIN 335 C 90° conical countersinks with HICOAT coating HC-FEPHigh-performance countersink tools with a countersink angle of 90° for countersinking 90° screws for particularly tough and hard materials such as alloyed and high-strength steel and stainless steel. To ensure reliable torque transmission, conical countersinks have a three-surface shaft from a countersink diameter of 28 mm. Thanks to the HICOAT coating HC-FEP, they have high hardness and wear resistance. They are very temperature resistant and have a particularly long tool life. They can also be used in a higher cutting speed range and without coolants and lubricants.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsl 1HSS DIN 335 C 90° conical countersink sets with HICOAT coating HC-FEPThe sets include high-performance countersink tools with a countersink angle of 90° forcountersinking 90° screws for particularly tough and hard materials such as alloyed and high-strength steel and stainless steel (INOX). Thanks to the HICOAT coating HC-FEP, they have high hardness and wear resistance. They are very temperature resistant and have a particularlylong tool life. They can also be used in a higher cutting speed range and without coolants and lubricants. The sturdy plastic box protects the tools from dirt and damage.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsOrdering notes:■Select the set depending on the number of types required.HC-FEPEAN 4007220HSS EAN 4007220HSS DIN 334 C 60° conical countersinksHigh-performance countersink tools with a countersink angle of 60° for deburring all common materials such as steel, cast steel and non-ferrous metals.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materialsl1High-performance flat countersinks made from HSS according to DIN 373 for countersinking cylinder head and hexagon screws as well as nuts. Flat countersinks have a cylindrical design. The cylindrical pilot in the relevant quality grades of fine, medium or tapping hole ensures coaxial alignment of the countersink to the bore.Advantages:■Very high stock removal rate.■Optimum chip removal.■Burr-free results.■Long tool life.■Smooth operation.■Good surface quality.Materials that can be worked:■Steel■Cast steel■Stainless steel (INOX)■Non-ferrous metals■Cast iron■Plastics■Other materialsApplications:■Produce flat countersinks in the qualitygrades fine (F), medium (M) and tappinghole (GKL).Recommendations for use:■Please observe the recommendedrotational speed.Matching tool drives:■Power drills■Column drills■Machine tools■RobotQuality grade fine (F)Quality grade medium (M)For tapping hole (GKL)■Flat countersinks with the quality gradeof fine are suitable for producing flatcountersinks at through holes or blindholes in the tolerance range of fine withhigh mounting accuracy.■Flat countersinks with the quality grademedium are suitable for producing flatcountersinks at through holes or blindholes in the tolerance range of mediumwith extended mounting accuracy.■Flat countersinks for the tapping hole aresuitable for producing flat countersinks atcore holes for female threads.Recommended rotational speed range [RPM]To determine the recommended cutting speed range [m/min], please proceed as follows:➊S elect the material group to be machined.➋ Select the type.➌ Establish the cutting speed range.To determine the recommended rotational speed range [RPM], please proceed as follows:➍S elect the required diameter.➎T he cutting speed range and the diameter determine the recommended rotationalspeed range.Example:Flat countersinkFLS HSS DIN 373 15,0 F, Flat countersink dia. 15 mm. Steels up to 700 N/mm². Cutting speed: 10–20 m/minRotational speed range: 220–440 RPMF EAN 4007220HSS DIN 373 flat countersink quality grade fine for through holeHigh-performance countersink tools for through holes with the quality grade fine (F) according to ISO 273.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materials2M EAN 4007220HSS DIN 373 flat countersink quality grade medium for through holeHigh-performance countersink tools for through holes with the quality grade medium (M) according to ISO 273.Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materials2GKL EAN 4007220HSS DIN 373 flat countersinks for tapping holeHigh performance countersink tools with guide pilots for the tapping hole (GKL). Materials that can be worked:■steel, cast steel, stainless steel (INOX), non-ferrous metals, cast iron, plastics, other materials23/2020S u b j e c t t o t e c h n i c a l m o d i fi c a t i o n s .PFERD produces TC ground contact countersinks flexibly and precisely according to the cus -tomer‘s specifications. They are used to produce precisely circular ground contact points. Com -pared to the use of brushes, not only are precise ground contact points achieved, but also high surface qualities for optimum conductivity. Thanks to their depth gauge, the stock removal is predefined extremely precisely. The tools meet the guidelines from well-known manufacturers from aircraft construction since they were developed together with aircraft manufacturers in order to be used in the manufacture and maintenance of airplanes and helicopters.Contact us in order to develop your individual tool solution together with us. Our worldwide sales addresses and contact details can be found at .Advantages:■Special solution for producing precisely defined circular ground contact points. ■Low contact resistance/top conductivity due to milled surface instead of brushed surface and chips instead of dust.■Precisely defined stock removal thanks to depth gauge.■Good dimensional accuracy compared to the brush.■Extremely high tool life with consistent quality from the first to the last use.■Flexible tool design according to the cus-tomer‘s wishes with close tolerances. ■Coordinated drive and tool from a single source.Materials that can be worked:■Aluminium■Painted or otherwise treated surfacesRecommendations for use:■Use the TC ground contact countersinkswith a rotational speed of 400 RPM.Contact us for further information on these special tool drives.Our worldwide sales addresses and contact data can be found at .Matching tool drives:SP = keyless fast clamping system S = changing tools with 2 keys ➊T M-B DEB 1/004 45° S3Rotational speed: max. 400 RPM Power: 2 watts286253023➋ TM-B DEB 1/004 90° S3Rotational speed: max. 400 RPM Power: 2 watts232528130➌ TM-B DEB 1/004 SP3Rotational speed: max. 400 RPM Power: 2 watts15288253023。

目录功能概述 (1)安装注意事项 (1)第一章系统配置及安装 (2)1.1 配置及说明 (2)1.2 控制系统的安装及调试 (2)第二章按键说明 (3)2.1 操作面板按键位置图 (3)2.2 手动状态下操作说明 (4)2.3 自动状态下操作说明 (5)2.4 功能操作说明 (6)2.4.1 待机页面 (6)2.4.2 中英文切换 (6)2.4.3 功能选择 (6)2.4.4 特殊功能 (7)2.4.5 单双臂选择 (8)2.4.6 模组选择 (9)2.4.7 教导................................................................................ (9)2.4.8 时间 (10)2.4.9 I/O监视 (11)2.5 标准动作程式 (12)2.5.1 单臂动作程式……..…………………………..…………...….....…...…...12-13 2.5.2 双臂动作程式……..…………………………..…………...…....….……..14-18 2.6 故障说明………..………………………………..………….....……….……...19-26功能概述斜臂机械手控制系统专为立式、卧式注塑机、斜臂式机械手专用。

本控制器支持单臂和双臂使用。

内存17组程式供客户选择；70组故障警报提示；I/O监视及教导功能；并具有中英文切换等功能；安装事项A．安装使用及维护前，须熟读本说明书及一切安全注意事项并需专业人士作业；B．安装地点请远离可燃物体及强磁点；C．环境温度需在0℃-70℃，不宜在恶劣环境下使用；第一章 系统配置及安装1.1 配置及说明1．显示部分：(一套)1）显示板2）键盘板2．主机部分：(一套)1）主机板3．电源部分：(一套)1）开关电源4．其它1）37芯线一根1.2 控制系统的安装及调试1、控制系统的安装及注意事项1)． 安装控制器的电箱，应具备通风良好、防油、防尘的条件。