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布希安全系统产品说明书

布希安全系统产品说明书

Connector
Screw terminal block
* Technical performance data acc. to IEC 60268-5 Mechanical
Dimensions (L x Dmax)
499 x 490 mm (20 x 19.6 in)
Weight
4.5 kg (9.9 lb)
LBC 3484/00 Electrical*
Maximum power
75 W
Rated power
50 / 25 / 12.5 W
Sound pressure level at 50 W / 1 W (1 kHz, 1 m)
127 dB / 110 dB (SPL)
Effective frequency range (-10 dB)
Color
Light gray (RAL 7035)
Cable diameter Environmental
6 mm to 12 mm (0.24 in to 0.47 in)
Operating temperature
-25 ºC to +55 ºC (-13 ºF to +131 ºF)
Storage and transport temperature
CE-label LBC3482/00
CE-label LBC3483/00
Bosch Security Systems B.V.
Installation note
2016.5 | V1.01 |
Bosch Security Systems B.V. Torenallee 49 5617 BA Eindhoven Netherlands © Bosch Security Systems B.V., 2016

丹麦雷度ABL-5血气分析仪的使用

丹麦雷度ABL-5血气分析仪的使用

[转帖]丹麦雷度ABL-5血气分析仪的使用P ost By:2009-12-25 23:52:00血气分析仪是抢救、监护和治疗危重病人的主要临床检验设备,还广泛运用于手术病人和亚急诊病人。

血气分析结果是评价病人呼吸、氧化及酸碱平衡状态的必要指标,为临床疾病诊断、疗效观察和调整治疗药物或应急治疗措施等提供科学的依据。

我科室2001年3月购进丹麦雷度ABL-5血气分析仪,该仪器的电极由PO2电极、PCO2电极、PH电极和Ref电极(参比电极)组成。

测定指标有:PO2、PCO2、PH值,换算指标有:SO2、HCO3??-、ABE、tCO2、SBC、SBE等,但如何维护使用好血气分析仪,使电极寿命延长,测定的结果准确可靠,是我们使用者应注意掌握的问题。

现将本人使用几年的体会做一总结,旨在和同行们共同探讨。

中生网临床实验室1、日常保养及使用中生网临床实验室1.1、仪器应放置在通风、防潮、防晒、防尘、防酸碱、阴凉干燥的环境中使用。

安装必须配备UPS稳压电源,应24小时通电,同时要接地线良好。

标准气瓶应有两套,一套供使用,另一套备用,使用气体要纯,要符合国家标准。

中生网1.2、仪器不测样品应处于休眠模式,按(MENU)、(3)、(1)键。

目的是保证电极的工作状态,有利于延长电极的使用寿命,节省昂贵试剂的消耗。

中生网1.3、保持电极与流通池的清洁。

坚持每天工作前选择二点定标后执行清洁程序一次,按(MENU)、(2)、(2)键。

每周除执行清洁程序外,还要执行去蛋白程序一次,按(MENU)、(2)、(3)键。

样品测定完毕及时执行清洁程序,目的是不让微小血凝块附在电极与流通池内,始终使电极与流通池之间保持通畅。

中生网临床实验室1.4、标本采集与保存中生网1.4.1、病人应处于安静、呼吸稳定的状态取样,取样时尽量减少病人疼痛感,以免病人因紧张暂时屏吸或呼吸急促。

除特殊情况均采集动脉血,最适抗凝比例为肝素与动脉血1∶20,肝素含量大,可使PH、PO2升高,PCO2降低。

巴氏硬度计使用说明书

巴氏硬度计使用说明书

巴氏硬度计简介:巴氏硬度计(巴克尔硬度计)是一种压痕硬度计,它以特定压头在标准弹簧力的作用下压入试样,以压痕的深度确定试样的硬度。

巴氏硬度计有100个刻度,每个刻度代表压入0.0076mm的深度。

可测量的材料:铝、铝合金、软金属、塑料、光纤、消防梯、复合材料、橡胶或皮革。

玻璃钢等。

用途巴氏硬度计主要用于测试铝及铝合金。

测试铝型材、板材、管材、棒材及铝合金铸件、锻件、机械加工零件,测试超厚铝合金材料及组装后的铝合金制品(例如铝合金门窗、幕墙、消防梯等)。

相关标准:ASTM B648《巴柯尔硬度计测量铝合金硬度的试验方法》。

巴氏硬度计的另一主要应用是用于测试玻璃钢(玻璃纤维增强塑料)和硬塑料。

大部分玻璃钢制品的产品标准中都要求测试巴氏硬度。

相关标准:GB/T3854—2005《增强塑料巴柯尔硬度试验方法》、ASTM D2583—07《巴氏硬度计测量硬塑料压痕硬度的试验方法》。

巴氏硬度计的改进型935—1、936—1可用于测试很软的金属、软塑料、皮革、橡胶、木材等。

工作原理巴氏硬度计(巴柯尔硬度计)是一种压痕式硬度计,它以特定压头在标准弹簧的压力作用下压入试样表面,以压痕的深浅表征试样硬度的高低。

巴氏硬度计有100个分度,每个分度单位代表压入0.0076mm的深度。

压入越深,读数越高,材料越软。

巴氏硬度公式为:HBa=100-L/0.0076式中:HBa—巴氏硬度符号; L —压痕深度(mm); 0.0076—单位硬度值代表的压痕深度(mm)目录一、概述 (1)二、原理与结构 (2)三、技术参数 (3)四、使用方法 (3)五、仪器校正 (4)六、压针 (5)七、硬度块 (7)八、测量次数 (7)九、型号选择 (8)十、配置 (8)十一、硬度换算表 (9)一、概述巴氏硬度计(巴柯尔硬度计)是一种压痕式硬度计,最早产自美国。

巴氏硬度计有三种型号,其中OU2800-1型巴氏硬度计是代表型产品,应用量最大,一般提到巴氏硬度计主要是指OU2800-1型。

博布里克洗手间设备产品数据手册说明书

博布里克洗手间设备产品数据手册说明书

The manufacturer reserves the right to, and does from time to time, make changes and improvements in designs and dimensions. © 2008 by Bobrick Washroom Equipment, Inc.materialS:Stiles c—3/4'' (19mm) thick, Solid Color Reinforced Composite with GraffitiOff ™ surface thermoset and integrally fused into one homogenous piece. Surface, edge, core are to be the same color. Leveling device: 7 gauge, 3/16" (5mm) thick, corrosion-resistant, chromate-treated, double zinc-plated steel angle leveling bar bolted to stile; furnished with 3/8'' (10mm) stainless steel diameter threaded wedge anchor, hex nuts, lock washer, flat washers, and shoe retainers. Shoe: 18-8 S, type-304, 22-gauge (0.8mm) stainless steel with satin finish; 4'' (102mm) high.Panels —1/2'' (13mm) thick, Solid Color Reinforced Composite with GraffitiOff ® surface thermoset and integrally fused into one homogeneous piece. Surface, edge, core are to be the same color.doors —3/4'' (19mm) thick, Solid Color Reinforced Composite with GraffitiOff ® surface thermoset and integrally fused into one homogeneous piece. Surface, edge, core are to be the same color.Posts (for 1093 Series screens only) — 1-1/4'' (32mm) square tubing; 18-8 S, type-304, 18-gauge (1.2mm) stainless steel with satin finish. Floor and ceiling connections are constructed of 18-8 S, type-304, heavy-gauge stainless steel. Furnished in 10-ft (305-cm) lengths; to be cut in field to job specifications.Headrail (for 1092 Series compartments only) —Extruded anodized aluminum with satin finish. Enclosed construction with sloping top. Face has raised grip-resistant edge.Designer's Notes: Headrails with integral curtain tracks and hooks are available for compartments without doors. Optional vinyl curtains are available.Wall Posts —1" x 1-1/2" (25 x 38mm) tubing; 18-8 S, type-304, 16-gauge (1.6mm) stainless steel with satin-finish. 58" (147cm) high, pre-drilled for door hardware.Heavy-duty Hardware (standard) — Hinges, door latches, door keepers, clothes hooks, door stop plates, and mounting brackets are constructed of 18-8 S, type-304, heavy-gauge stainless steel with satin finish. Threaded inserts are factory installed for securing hinges, door stop plates, and door latches. Theft-resistant, stainless steel pin-in-head Torx screws are furnished for door hardware and all mounting brackets. Barrel hinge is adjustable to adjust door swing of unoccupied toilet compartment from partially open to fully closed. Toilet compartment door is locked from inside by sliding door latch into keeper. Threaded inserts are factory installed to secure door hinges, latch and door stops. Two door stops prevents door from being kicked in/out beyond stile by vandals. Mounting screws for stile to panel bracket, latch keeper, and coat hook connections are through-bolted.institutional Hardware (.67 option) —Hinges, door latches, door keepers, clothes hook, U-channels, door stop plates and angle brackets are constructed of 18-8 S, type-304, heavy-gauge stainless steel with satin finish: one-piece, full-height hinge is 16 gauge (1.6mm); one-piece door keeper is 11 gauge (3.2mm);one-piece, full-height U-channels and angle brackets are 18 gauge (1.2mm). U-channels secure panels to stiles, and angle brackets secure panels and stiles to walls. Door latch slides on a shock-resistant nylon track. Two door stops prevent door from being kicked in/out beyond stile by vandals. Theft-resistant, stainless steel pin-in-head Torx screws are furnished for door hardware, U-channels, and angle brackets. Doors are equipped with a self-closing hinge. Threaded inserts are factory installed to secure door hinge, latch, and doorstops. Mounting screws for stile-to-panel brackets and latch keeper connections are through-bolted. To specify institutional hardware, add suffix .67 to series number. Example: specify 1092.67 for overhead-braced partitions furnished with institutional hardware, including factory-installed threaded inserts for door hardware attachment.inStallation:Bobrick installation instructions are packed with each shipment and are available also in advance on request.notes:1. Ceiling-hung and floor-to-ceiling toilet compartments require structural members (not furnished by Bobrick) in ceiling. For suggested types of ceiling supportsystems, see Bobrick Advisory Bulletin TB-32.2. Wall backing is required to secure the mounting brackets of panels, stiles, and wall posts. For suggested wall backing, see Bobrick Advisory Bulletin TB-46.3. Floor-anchored stiles are furnished with expansion shields and threaded rods. The expansion shields require minimum 2'' (50mm) penetration into minimum3'' (75mm) thick structural concrete.4. Bobrick stainless steel partition-mounted washroom accessories are available for mounting in panels between two compartments. See current Bobrick Catalogfor description of accessories. Cutouts in panels can be pre-cut for Bobrick models at factory if location and size of all cutouts and Bobrick model numbers are furnished at time of order.GUarantee:Bobrick toilet partitions including all hardware and mounting brackets are guaranteed to be free from defects in material and workmanship for a period of one year from date of purchase. Any products returned to Bobrick under this guarantee will be repaired or replaced at no charge. 10-Year Warranty: Bobrick ex-tends a ten-year limited warranty from date of purchase for SierraSeries® Solid Color Reinforced Composite partition panels, doors, and stiles against breakage, warpage, delamination and corrosion when materials are properly installed, and normally used.SpeCiFiCation:Water-resistant, solid color reinforced composite ____________________ (insert one: toilet partitions, dressing compartments, shower dividers, urinal screens) shall be _______________ (insert one: overhead-braced toilet partition or floor anchored, wall-hung, post-to-ceiling urinal screens). Stiles, panels and doors shall be constructed of Solid Color Reinforced Composite with GraffitiOff ® surface thermoset and integrally fused into one homogeneous piece. Surface, edges and core are to be same color. Solid Color Reinforced Composite material shall be covered by a 10-year limited warranty against breakage, warpage, corrosion, and delamination. Stiles and doors shall be 3/4'' (19mm) thick; panels shall be 1/2'' (13mm) thick. All units shall meet ICC and NFPA Class B or UBC Class II, ASTME 84 Fire-Resistance Standards. Stiles shall have leveling device that is concealed by a one-piece, type-304, satin-finish stainless steel shoe that is 4'' (102mm) high.Stiles, panels and doors shall be __________ (insert color name and number from current Bobrick catalog). Headrails for overhead-braced compartments shall be anodized aluminum with satin finish. **All door hardware and mounting brackets shall be type-304 stainless steel with satin finish. All doors shall be supplied with three hinges. Threaded inserts shall be factory installed for securing door hinges, latches and door stops. Theft-resistant, stainless steel pin-in-head Torx screws shall be furnished for door hardware and all mounting brackets. Through bolts shall be used for securing latch keeper, clothes hook and panel-to-stile brackets. A clothes hook shall be furnished for each door with heavy duty hardware option. Hinges shall be adjustable to hold doors of unoccupied compartments partially open or fully closed. Two door stops shall be furnished for each door to prevent it from being kicked in/out beyond stile by vandals. Manufacturer's service and parts manual shall be provided to the building owner/manager upon completion of project.**To specify Institutional hardware, replace end of specification paragraph with: .67 option All door hardware, U-channels, and angle brackets shall be type-304 stainless steel with satin finish: one-piece, full-height hinges shall be 16 gauge (1.6mm); one-piece door keepers shall be 11 gauge (3.2mm); one-piece, full-height U-channels and angle brackets shall be 18 gauge (1.2mm). U-channels shall be furnished to secure panels to stiles, and angle brackets furnished to secure panels and stiles to walls. Doors shall be equipped with a self-closing hinge. Two door stops shall be furnished for each door to prevent it from being kicked in/out beyond stile by vandals. A clothes hook shall be furnished for each door. Theft-resistant, stainless steel pin-in-head, Torx screws shall be furnished for door hardware, U-channels, and angle brackets. Through bolts shall be used for securing latch keeper and panel- to-stiles brackets. Threaded inserts shall be factory installed to secure all door hinges, latches, and doorstops. Manufacturer's service and parts manual shall be provided to the building owner/manager upon request._________________ (insert one: toilet Partitions, dressing Compartments, Shower dividers, Urinal Screens) shall be ____________________ Series (insert series number) of Bobrick Washroom equipment, inc., Clifton Park, new York; Jackson, tennessee; Los Angeles, California; Bobrick Washroom equipment Company, Scarborough, ontario; Bobrick Washroom equipment Pty. Ltd., Australia; and Bobrick Washroom equipment Limited, United Kingdom.The illustrations and descriptions herein are applicable to production as of the date of this Technical Data Sheet. 1090 Revised 8/08 Printed in U.S.A. The manufacturer reserves the right to, and does from time to time, make changes and improvements in designs and dimensions. © 2008 by Bobrick Washroom Equipment, Inc.。

布朗司诺L中文版使用说明书-Bron

布朗司诺L中文版使用说明书-Bron

2016‐08‐15I. 司诺L灯头图示2016‐08‐152016‐08‐15II, 开始1. 打开灯头保护盖 (取走灯管前的保护海绵, 另确定灯管正确固定在插座上)3. 安装电池至灯头上。

2. 按一下电池后方的 “on/check” 按钮测试电池的电量。

4. 启动开关按钮 (在底部)2016‐08‐15III. 操作按钮按钮 /标示功能旋转按钮 (1)启动或关闭灯头(备用模式)。

按下”旋转按钮”维持3秒钟可启动或关闭灯头至备用模式。

轻按”旋转按钮”可进入菜单选项介面。

有关详细说明请参照第五章。

进入菜单模式后” 旋转按钮” 底部的蓝色指示灯会闪烁。

在操作模式下:转动”旋转按钮”:可调整灯头的输出功率。

反时钟方向转动可调减输出功率。

顺时钟方向转动可增加输出功率。

慢速转动可按1/10的功率调节,而快速转动可按1级光功率调节。

数字显示屏 (2) 显示输出功率或菜单的选取。

Mod / Eco 造型灯及省电模式开关 (3) 轻按启动或关闭造型灯。

长按按钮可改选为正常或省电模式。

Test (4)测试键当”旋动按钮”底部的蓝色灯亮着,表示灯头已充电及准备就绪。

可按测试键引发灯头作测试。

长按按钮可把灯头的设定回到默认设定Speed (5) 高速模式提升回电速度及闪速。

详细内容请参照第7章。

WiFi (6)启动或关闭wifi 接连功能。

st/ch (8) 无线引闪频道设定可选取布朗RFS 无线引发的频道。

lamp (9) 灯头地址设定可选取布朗RFS 频道的灯头地址。

2016‐08‐15seq (10)连续频闪设定可设定连续频闪的次数。

beep (11) 声音提示启动或关闭准备就緖的声音提示功能。

sync (12) 同步引闪 可选择启动或关闭哪一项同步引闪模式。

(无线引发及光敏感应同步)同歩线插口/ USB插口 (13/14) 同步线插入口供同步引闪用 / USB 插囗供固体升级用开关按钮 (15)启动或关闭灯头电源。

德国菲索AFRISO烟气分析仪中文使用说明书 Bluelyzer ST -B20

德国菲索AFRISO烟气分析仪中文使用说明书 Bluelyzer ST -B20
2.2 不当应用 B20 烟气分析仪禁止在以下情况使用: · 危险区域(爆炸危险区域) 如果该设备在危险区域使用,火花可能引起爆燃、火灾或爆炸。 · 作为一种安全(报警)装置或连续测量设备使用。 · 环境空气监测 · 使用于人类或者动物
2.3 安全操作 B20 烟气分析仪采用了最先进的技术工艺,测量标准符合 BlmSchV(德国联邦第一 排放法案)。每台仪器在出厂之前都会接受严格的性能和安全测试。
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3.1 功能图解
1 返回/取消/直接存储键 2 向上移动键 3 开/关机键 4 保护套 5 向下移动键 6 确认/输入键 7 显示屏 8 抽力测量接口(选配) 9 扬声器 10 充电接口 11 红外打印接口 12 SD 卡插槽 13 烟气测量接口 14 烟气温度插口 15 环境温度插口
3.2 随机配置 产品包括:烟气分析仪器,磁性保护套,标准烟气采样探枪(带冷凝过滤装置), 环境温度传感器,备用 Teflon 过滤膜(耗材更换),充电器。
仪器开启后会有一个 30 秒的自动校准过程
当 CO 浓度值超过最大量程时(> 6000 ppm),抽气泵 将自动关闭以保护传感器不被中毒。当 CO 浓度下降 到量程范围内,CO 传感器复位,则抽气泵自动开启, 测量重新开始。
通过采样探枪采集烟气,可以配置“一点采样”探针 也可以“多点采样”探针,满足您的不同需求
警告
电击危险
请勿用仪器或烟气探针接触、甚至测量带电物体。
2.4 人员资格 该产品只能由经过专业培训、有资质的人员进行安装、调试、操作、维修、废弃及 其他相关处理。 产品的电气部分也只能由有资质的电工按照地方和国家的法律法规来执行。
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2.5 校准 建议烟气分析仪由厂方授权或有资质的相关机构进行传感器的校准。

Eclipse 使用说明书

Eclipse 使用说明书

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未经 Interacoustics A/S事先书面许可,不得以任何方式或手段复制或传播本文档的任何部分。

目录1简介 (1)1.1关于本手册 (1)1.2使用说明 (2)1.2.1预期的操作人员 (2)1.2.2患者人群 (2)1.2.3禁忌症 (2)1.3产品说明 (3)1.4警告 (4)1.5故障 (5)2开箱和安装 (6)2.1检查 (6)2.2标记 (7)2.3硬件安装 (8)2.3.1将病床 /椅子放在地上 (9)2.3.2Eclipse 后面板 (10)2.3.3Eclipse前部面板 (10)2.3.4前置放大器按钮 (11)2.4软件安装 (11)2.4.1安装前须知 (11)2.4.2计算机系统最低要求 (11)2.4.3所需材料: (12)2.4.4软件安装 (12)2.4.5驱动程序安装 (13)2.4.6恢复软件出厂默认设置 (13)2.4.7安装语言包 (13)2.5识读台 (15)2.6许可证 (15)2.6.1Eclipse序列号 (15)2.6.2DSP序列号和许可证密钥 (15)2.7从 OtoAccess® 数据库启动 (16)2.7.1OtoAccess® 数据库中的模块设置 (16)2.8从Noah启动(仅 ASSR 或 IA OAE Suite) (17)3EP15/EP25操作说明 (18)3.1记录标签 (19)3.1.1主菜单项 (19)3.1.2电子帮助 (20)3.1.3查看历史会话 (20)3.1.4协议选择 (20)3.1.5临时设置 (20)3.1.6重新排列曲线 (20)3.1.7波形分组 (20)3.1.8报告 (20)3.1.9打印 (21)3.1.10显示A-B曲线 (21)3.1.11显示对侧曲线 (21)3.1.12授话 (21)3.1.13单曲线显示 (21)3.1.14分屏显示 (22)3.1.15保存并新建 (22)3.1.16保存并退出 (22)3.1.17刺激率选择 (22)3.1.18频率选择 (23)3.1.19刺激窗口 (23)3.1.20手动刺激窗口 (23)3.1.21状态窗口 (23)3.1.22波形再现性 (24)3.1.23开始/停止 (24)3.1.24暂停 (24)3.1.25下一强度 (24)3.1.26Fmp与残留噪声曲线图 (24)3.1.27扫描数/平均数的扩展 (25)3.1.28原始EEG (25)3.1.29高级EEG (25)3.1.30隐藏刺激伪影 (26)3.1.31显示增益 (27)3.1.32记录窗口 (27)3.1.33选择波形 (27)3.1.34移动单条曲线 (27)3.1.35显示微分曲线 (27)3.1.36为波形增添一条注释 (28)3.1.37拒收监测 (29)3.1.38放置波形标记 (29)3.1.39删除波形标记 (29)3.1.40建议波形标记 (30)3.1.41标准化潜伏期数据 (30)3.1.42删除单条曲线 (30)3.1.43放大/缩小单条曲线 (30)3.1.44隐藏单条曲线 (31)3.1.45固定单条曲线/与历史会话进行比较 (31)3.1.46合并曲线(创建加总曲线) (31)3.1.47添加曲线 (32)3.1.48同侧减对侧差值(Ipsi-Contra)曲线 (32)3.1.49A减B差值(A-B(N))曲线 (32)3.1.50修改显示滤波 (33)3.1.51记录的曲线状况 (33)3.1.52向曲线添加备注 (33)3.1.53使用光标 (34)3.1.54信噪比计算(3:1) (34)3.1.55CR、RA和INC波形标记 (34)3.2潜伏期标签 (35)3.2.1潜伏期值 (35)3.2.2潜伏期间值 (35)3.2.3潜伏期曲线图 (36)3.2.4显示波峰至波谷标记(SN10标记)(仅EPx5软件) (37)3.3Windows® 8, 10 和 11 无法启动帮助 (37)3.4电脑快捷键 (38)3.5测试前患者准备 (39)3.5.1阻抗检查 (39)3.5.2换能器 (39)3.6进行ABR阈值记录 (40)3.6.1电极画面 (40)3.6.2ABR阈值刺激 (40)3.6.3编辑ABR阈值记录 (41)3.6.4使用ABR阈值结果说明 (41)3.7进行神经潜伏期记录 (42)3.7.1电极画面 (42)3.7.2编辑神经潜伏期记录 (42)3.8进行eABR记录 (44)3.8.1两个推荐eABR电极画面 (44)3.8.2编辑eABR记录 (44)3.8.3电气阈值估算(用于人工耳蜗安接) (45)3.9进行ECochG记录 (46)3.9.1ECochG 电极安装 (46)3.9.2编辑ECochG记录 (48)3.10进行CM记录 (49)针对患者的准备工作至关重要 (49)3.10.1CM电极画面 (49)3.10.2用于CM记录的刺激 (49)3.10.3CM记录示例 (49)3.10.4CM结果内差值 (49)3.11进行AMLR记录 (50)3.11.1电极画面AMLR示例 (50)3.11.2可用AMLR刺激 (50)3.11.3AMLR记录示例 (51)3.12进行ALR记录/皮层ERA (52)3.12.1ALR阈值记录的电极画面示例 (52)3.12.2刺激信号 (52)3.12.3ALR结果说明 (53)3.12.4电生理阈值估算和婴幼儿听力仪器安接 (53)3.13进行P300/MMN记录 (54)3.13.1P300/MMN电极画面示例 (54)3.13.2可用P300/MMN刺激 (54)3.13.3P300和MMN参数汇总表 (55)3.14性能/环回(LBK15)测试 (55)4VEMP操作说明 (56)4.1前置放大器设置 (56)4.2VEMP监示器 (56)4.3VEMP波形标记 (57)4.4计算VEMP不对称率(VEMP伙伴) (57)4.5VEMP比例设定 (58)4.6进行cVEMP记录 (58)4.6.1用于cVEMP的电极画面 (58)4.6.2用于cVEMP的刺激 (59)4.6.3默认收集参数 (59)4.6.4程序 (59)4.6.5编辑cVEMP结果 (59)4.6.6cVEMP结果示例 (60)4.6.7cVEMP结果示例 (60)4.7进行oVEMP记录 (61)4.7.1oVEMP电极画面 (61)4.7.2用于oVEMP的刺激 (61)4.7.3默认收集参数 (61)4.7.4程序 (62)4.7.5oVEMP结果示例 (62)5研究模块 (63)5.1.1记录每次扫描(以便以后进行“中继”) (63)5.1.2导出平均曲线和/或完整会话 (64)5.1.3导出会话(所有曲线) (65)5.1.4离线导出波形 (65)5.1.5导入用于刺激的波形文件 (65)6操作说明 (69)6.1耳塞的操作和选择 (69)6.2OAE 设备的日常系统检查 (70)6.2.1探头完整性测试 (70)6.2.2真耳检查 (71)7.IA OAE Suite (72)7.1PC 电源配置 (72)7.2兼容的设备 (72)7.2.1从 OtoAccess® 数据库启动 (72)7.2.2从 Noah 4 启动 (72)7.2.3模拟模式 (72)7.2.4崩溃报告 (73)7.3使用菜单 (74)7.4使用 DPOAE 探头 (75)7.4.1准备测试 (75)7.4.2DPOAE 模块中的元素 (77)7.5使用 TEOAE 模块 (83)7.5.1准备测试 (83)7.5.2TEOAE 模块中的元素 (85)7.6使用打印向导 (90)8.ABRIS操作说明 (92)8.1使用ABRIS模块 (92)8.2安装电极 (92)8.3阻抗检查 (92)8.4回路(LBK15)测试 (93)8.5ABRIS测试屏幕 (93)8.5.1主菜单项 (93)8.5.2查看历史会话 (94)8.5.3保存并退出 (94)8.5.4打印 (94)8.5.5电子帮助 (94)8.5.6报告 (94)8.5.7查看EEG或噪声条 (94)8.5.8刺激窗口 (94)8.5.9测试状态窗口 (95)8.5.10受试耳 (95)8.6进行ABRIS记录 (96)8.6.1开始与暂停测试 (96)8.6.2EEG曲线图 (96)8.6.3EEG噪声条 (96)8.6.4AEP波形 (96)8.6.5备注框 (96)8.6.6状态栏 (97)8.6.7ABRIS反应曲线 (97)8.7电脑快捷键 (98)8.8可拆卸零部件 (98)9.ASSR操作说明 (99)9.1使用ASSR模块 (99)9.2ASSR测试前准备 (99)9.3测试前准备 (99)9.3.1皮肤准备 (99)9.3.2放置电极 (100)9.3.3阻抗检查 (100)9.4安装电极 (101)9.5阻抗检查 (101)9.6系统性能/回路(LBK15)测试 (101)9.7ASSR标签 (102)9.7.1主菜单项 (102)9.7.2协议选择 (102)9.7.3临时设置 (103)9.7.4报告 (103)9.7.5打印 (103)9.7.6保存并退出 (103)9.7.7查看历史会话 (103)9.7.8刺激窗口 (103)9.7.9总会话状态窗口 (104)9.7.10刺激率 (104)9.8进行ASSR记录 (105)9.8.1开始/停止 (105)9.8.2暂停 (105)9.8.3原始EEG曲线图 (105)9.8.4测试频率曲线图 (105)9.8.5CM 检测器 (106)9.8.6ASSR表 (106)9.8.7延长测试时间 (107)9.8.8调整刺激强度 (107)9.8.9中止测试频率/强度 (108)9.8.10ASSR 遮蔽计算器 (108)9.9听力图标签 (110)9.9.1估计的听力图符号 (110)9.9.2NOAH 或 OtoAccess® 数据库中的听力符号 (111)9.9.3估算听力图 (112)9.9.4AC 和 BC 在同一听力图中 (113)9.9.5无反应 (114)9.9.6选定的校正系数 (114)9.9.7电脑快捷键 (114)10.维护 (115)10.1通用维护程序 (115)10.2如何清洁国际听力产品 (115)10.3清洁OAE探头尖 (116)10.4关于维修 (117)10.5保修 (117)11.技术规格 (119)11.1技术规格 - Eclipse硬件 (119)11.2EP15/EP25/VEMP技术规格 (120)11.2.1peSPL至nHL校正值 (122)11.3TEOAE25技术规格 (123)11.4DPOAE技术规格 (124)11.5ABRIS技术规格 (125)11.6ASSR技术规格 (126)11.7电磁兼容性(EMC) (127)11.8Eclipse软件模块概览 (132)11.8.1EP15/EP25/VEMP模块 (132)11.8.2P15/EP25/VEMP模块刺激最大强度 (133)11.8.3TEOAE25模块 (134)11.8.4DPOAE模块 (134)11.8.5ABRIS模块 (134)11.8.6ASSR模块 (134)1简介1.1 关于本手册本手册适用于EP15/25 v4.6软件版本、IA OAE套件1.2、ABRIS v1.6.3、VEMP v4.6和ASSR v 1.3。

BB-ESDSM00评估板用户手册说明书

BB-ESDSM00评估板用户手册说明书

BB-ESDSM00 评估板用户手册版本1.0–2016年11月版权声明:●BB-ESDSM00评估板及其相关知识产权由深圳市英蓓特科技有限公司所有。

●本文档由深圳市英蓓特科技有限公司版权所有,并保留一切权利。

在未经英蓓特公司书面许可的情况下,不得以任何方式或形式来修改、分发或复制本文档的任何部分。

免责声明:●产品附带光盘所提供的程序源代码、软件、资料文档等,深圳市英蓓特有限公司不提供任何类型的担保;不论是明确的,还是隐含的,包括但不限于合适特定用途的保证,全部的风险,由使用者来承担。

版本更新记录:版本更新日期描述1.0 2016-11-01 初始版本目录第1章产品概述 (1)1.1 产品简介 (1)1.1.1 包装内容 (1)1.1.2 产品特性 (2)1.2 接口和按钮 (3)1.3 系统框图 (4)1.4 产品尺寸(mm) (5)第2章硬件系统简介 (6)2.1 BB-ESDSM00简介 (6)2.2 外围芯片介绍 (6)2.2.1 CH7026B (6)2.2.2 WM8904 (6)2.3 接口详述 (6)2.3.1 SAMRC接口 (7)2.3.2 LVDS/VGA/HDMI (21)2.3.3 Touch (24)2.3.4 CAMERA (25)2.3.5 千兆以太网 (27)2.3.6 TF卡 (27)2.3.7 USB (28)2.3.8 SATA (29)2.3.9 3*PCIE x1 (30)2.3.10 Wifi /BT (31)2.3.11 Audio (32)2.3.12 Beep (32)2.3.13 UART (32)2.3.14 CAN (33)2.3.15 RS485 (33)2.3.16 SPDIF (34)2.3.17 I2C (34)2.3.18 按钮 (34)2.3.19 LED (34)2.3.20 拨码开关 (34)2.3.21 RTC (35)2.3.22 扩展接口 (35)技术支持和保修服务 (36)第1章产品概述1.1 产品简介BB-ESDSM00是英蓓特自研核心板SM8800/SM9300的应用底板。

BBRANSON超声清洗机资料

BBRANSON超声清洗机资料

二 :功能指示灯
按功能选择键显示相应的功能指示灯。 SOLUTION TEMP ℃:显示当前槽内温度。(10 ─ 75℃ ,
±4℃)。 SET TEMP ℃:设置清洗槽内温度(01─ 69℃)。 SET SONICS MIN:设置超声程序时间(01─ 99 分钟,
默认值60分钟)。 SET DEGAS MIN:设置除气时间(01─ 99 分钟,默认值
装载 — 不要将任何物品直接放在槽底。重物在槽底会抑 制声音能量并且会使变频器损坏。请用托盘装放所有的物 品。
物品大小 — 清洗较多的小物品比清洗少数的大物品更快, 效率更高。
溶剂 — 不能使用易燃溶剂。易燃溶液的蒸汽会聚集在清 洗机下,可能会造成电路点火。
推荐溶液 — 添加碱性清洗剂可增加超声清洗效果。
除气 — 新鲜的溶液含有大量的气体,使超声效果减低。 虽然溶液可以随时间自然除气,运行除气程序可以加速除 气过程。搁置超过24小时的溶液会再次吸收气体。
温度加热 — 加热可能会使清洗槽内壁变色。这是正常的, 不会影响清洗效果。
过热保护 — 清洗机在加热到75 ℃时会自关闭,这时屏幕 上会闪烁“75”。关闭清洗机让它冷却。也可用适当添加 一些冷水。
注意:选择设置时间后再按ON/OFF键一次可以在 任何时间停止超底部的排水阀将废液排入废
水池中。废液排干净后将排水阀重新关闭。
台式超声清洗机使用提示:
注水 — 在注水之前拔去电源线。加水至操作水平线(在 离顶端一英寸)。
溶液操作线 — 确保水位加至正常操作要求。水位过低会 导致超声清洗失败。从清洗槽中取出重的或体积大的物品 时,溶液水位可能会低于操作水平线。应根据使用次数。 更换溶液并且除气。

Ka-50简易教程

Ka-50简易教程

( 1)按 1#键进入INFO功能
在 INFO模式下,屏幕上会出现一个红色方框,你可以移动这个方框到地
图上任何目标上,查看电脑当中记录的相关信息。 红色方框可用7#键【7】、8#键【8】控制水平移动,然后按6#键【6】 切换到垂直移动上,再用7#、8#控制垂直移动。
杆”(Cvclic),可操控直升机的俯仰和左右滚转。在驾驶员的左手位 另有一根操纵杆,称“总距杆”(Collective),用于调整上下旋翼
总距。驾驶员通过总距杆抬起和放下,控制直升机的升降,与周期边 距杆配合可以控制直升机的飞行姿态、航向和航速。与固定翼飞机相 同,也有脚舵控制左右转向。由于上述原因,Ka-50的摇杆设置与一 般固定翼飞机不同。
12、当前空速


13、与当前导航点的相对夹角 14、飞行时间
15、飞行高度

16、GNSS卫星坐标 17、当前时间 18、当前GNSS卫星状态

20、地图比例 21、22、23、24、25、26、下个导航点数据 19、27、28、29、30、31、当前导航点数据
进入 NAV模式后再按5#功能键,可以在以下四种操作模式间切换

游戏中的KA-50武装直升机具有高仿真座舱,其全部开关、按钮和旋 钮都可用鼠标操作,也可以用键盘命令。两种操控方式用【LAlt+C】
切换。

进入游戏后,若直升机处于关机状态,可通过冷舱启动或自动启动 两种方式开机。自动启动用【Lwin+Home】,(自动关机用 【Lwin+End】),冷舱启动则按本教程步骤操作。
飞行员还可以在ABRIS上预设航线、导航点、物体标志和目标数据
,也可以通过数据链获得预警机、僚机和地面友方观察员提供的目 标数据,并显示在屏幕上的地图里。

ソノスの商品説明書说明书

ソノスの商品説明書说明书

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27CLEMENT SETH ROBERTS (STATE BAR NO.209203)*******************BAS DE BLANK (STATE BAR NO. 191487)*********************ALYSSA CARIDIS (STATE BAR NO. 260103)*******************EVAN D. BREWER (STATE BAR NO. 304411)******************ORRICK, HERRINGTON & SUTCLIFFE LLPThe Orrick Building405 Howard StreetSan Francisco, CA 94105-2669Telephone: +1 415 773 5700Facsimile: +1 415 773 5759SEAN M. SULLIVAN (admitted pro hac vice)******************COLE RICHTER (admitted pro hac vice)*****************LEE SULLIVAN SHEA & SMITH LLP656 W Randolph St., Floor 5WChicago, IL 60661Telephone: +1 312 754 0002Facsimile: +1 312 754 0003Attorneys for Plaintiff Sonos, Inc.UNITED STATES DISTRICT COURTNORTHERN DISTRICT OF CALIFORNIASAN FRANCISCO DIVISIONSONOS, INC.,Plaintiff,v.GOOGLE LLC,Defendant.Case No.3:21-cv-07559-WHARelated to Case No. 3:20-cv-06754-WHASONOS, INC.’S REQUEST FORADDITIONAL INFORMATIONREGARDING THE COURT’SDISCLOSURE OF POTENTIALCONFLICTSecond Amended Complaint Filed:February 23, 20211 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27Sonos appreciates the Court’s disclosures at the May 18, 2022 status conference. As the Court can appreciate, the disclosures came as a surprise to Sonos, and it has been diligently working through the issues created by the disclosure. So that undersigned counsel can better advise our client on these fairly complicated issues, we would like to take the Court up on the offer it made, at the hearing, to ask a few questions. See Dkt. 202 (Transcript of 5/18/22 hearing), Tr. 4:13-14. In particular Sonos asks the Court to consider providing an additional disclosure about (1) the identity of the clerk, (2) the circumstances of clerk’s prior work for Google, and any plans he may have to return to the company, (3) whether the clerk has previously worked for, or plans to work for, Quinn Emanuel, (4) the structure of the “blind trust” and (5) the clerk’s participation in this case. Sonos also seeks an additional week to evaluate the issue and any additional facts the Court may provide.As the Court knows, a judge’s reliance on a conflicted advisor is a well-established basis for recusal under 28 U.S.C. § 455(a): “‘[C]onflicted advisors who participate or influence a judge require[ ] the judge’s disqualification’ under [28 U.S.C.] § 455(a).” In re Kempthorne, 449 F.3d 1265, 1270 (D.C. Cir. 2006) (quoting In re Kensington Int’l Ltd., 368 F.3d 289, 311 (3d Cir. 2004)). Thus, “[e]ven if the judge has no reason to recuse herself based upon her own circumstances, a law clerk’s relationships might cause the impartiality of decisions from that judge’s chambers in which the clerk participates reasonably to be questioned.” Hamid v. Price Waterhouse, 51 F.3d 1411, 1416 (9th Cir. 1995).In Hall v. Small Business Administration, the Fifth Circuit disqualified a district court judge after it came to light that (among other ethical concerns over the law clerk’s participation in the case) the judge’s law clerk had accepted, prior to the judgment being entered, an offer to join the law firm which represented the winning party. 695 F.2d 175, 178 (5th Cir. 1983). The clerk continued to work on the case after accepting the employment offer, but the judge did not believe that the clerk changed the court’s decisions. The circuit court noted that § 455(a) requires “the appearance of impartiality” and therefore it did not matter “[w]hether or not the law clerk actually affected the [judge’s] decision.” Id. at 179 (emphasis added). Rather, the conflicted law clerk’s1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27recusal. The court also emphasized that law clerks hold a special position of trust and influence insofar that they are “sounding boards for tentative opinions and legal researchers who seek the authorities that affect [the judge’s] decision.” Id.On the other hand, many cases confirm that if a conflicted law clerk is timely screened from a case, then judicial disqualification under § 455(a) is unnecessary. For example, in Milgard Tempering, Inc. v. Selas Corp. of America, the Ninth Circuit did not require recusal where the judge promptly “completely sealed … off” his law clerk from a case once she accepted an offer of employment from one of the parties’ counsel. 902 F.2d 703, 714 (9th Cir. 1990); see also Hamid, 51 F.3d at 1416 (“[i]f a clerk has a possible conflict of interest it is the clerk, not the judge, who must be disqualified”). However, “[i]f a law clerk continues to work on the case in which his or her impartiality might reasonably be questioned … the clerk’s actual or potential conflict may be imputed to the judge.” Mathis v. Huff & Puff Trucking, Inc., 787 F.3d 1297, 1311 (10th Cir. 2015). In sum, if the law clerk working on this case has had a conflict of interest, he should have been promptly screened from the case, and his continued work on the case after the conflict arose may result in the conflict being imputed to the Court.Sonos now provides the law governing the specific circumstances at issue here and about which it needs more information.Stock ownership: The Court disclosed that the law clerk working on this case owns stock in Google – but expressed apparent uncertainty over whether the rule applicable to judges (i.e., that even one share of stock created a conflict) applied to clerks. Dkt. 202, Tr. 3:9-14. The answer is that it does: a clerk’s financial interest in the outcome of a case (even as to one share of stock) is a direct violation of the Federal Judicial Center’s ethical rules specifically for law clerks. In particular, those rules provide that “[i]f you, your spouse, or child owns even one share of stock in a party to a case, you have a financial interest in the party and cannot work on the case.” See Maintaining the Public Trust, Ethics for Federal Judicial Law Clerks, 2019 Rev. 4th Ed., at 11-12 (emphasis in original); Code of Conduct for Judicial Employees, Canon 3.F.(2)(a)(iii). Thus, the law clerk should not have worked on this case at any time during which the clerk owned Google1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27much Google stock the clerk owns. But Sonos would like to know when the conflict was created and, in particular, (i) if the clerk has owned Google stock the entire time he has been working on the case and (ii) when that involvement began.Blind Trust: The Court informed the parties that the clerk placed the Google stock in a blind trust about two weeks ago. Dkt. 202, Tr. 3:11. While we appreciate the clerk’s and the Court’s attempts to mitigate the conflict, putting the stock in a blind trust does not cure the ethical violation (even on a going forward basis) because the clerk still owns the stock. As an initial matter, extensive authority under 28 U.S.C. § 455 confirms that the placement of stock in a blind trust does not cure a conflict of interest created by stock ownership. Under § 455(b)(4), a judge “shall also disqualify himself” if “[h]e knows that he, individually or as a fiduciary, or his spouse or minor child residing in his household, has a financial interest in the subject matter in controversy or in a party to the proceeding.” Congress enacted Section 455(b)(4) as a bright-line, “absolute prohibition against a judge’s knowingly presiding in a case in which he has a financial interest,” regardless of which party holds the interest. Union Carbide Corp. v. U.S. Cutting Serv., Inc., 782 F.2d 710, 714 (7th Cir. 1986). Section 455(d)(4) has no “‘de minimis’ exception for recusal based on a financial interest; rather, a bright line rule requires recusal based on ownership of even a single share of stock in a party.” McKeown, To Judge or Not to Judge: Transparency and Recusal in the Federal System, 30 Rev. Litig. 653, 669 n.57 (2011).While conflicts under § 455(b) are not waivable by parties, see § 455(e), the statute creates one exception to the rule requiring recusal. Under § 455(f), judges may cure the need for a recusal otherwise required under § 455(b)(4) where the judge “divests himself or herself of the interest that provides the grounds for the disqualification.” But placing one’s interest in a party under the control of a blind trust does not fall within this exception. To “divest” an interest means to “deprive or dispossess” oneself of that interest. Webster’s New World Dictionary 400 (3d ed. 1988). And under § 455(d)(4), “financial interest” does not mean knowledge or control of an interest, but “ownership” of an “interest, however small.”For this reason, a “judge’s use of a blind trust does not obviate the judge’s recusal1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27McKeown, 30 Rev. Litig. at 669 n.57 (“[A] judge cannot avoid recusal by placing assets in a blind trust or by avoiding knowledge of the judge’s financial holdings but must remain informed about the judge and the judge’s family members’ financial interests.”); see also 5 C.F.R. § 2634.403(a)(2) (similar rule for Executive Branch officials). The Ninth Circuit has thus held that § 455(c) “precludes use of a so called blind trust.” In re Cement Antitrust Litig. (MDL No. 296), 688 F.2d 1297, 1314 n.18 (9th Cir. 1982) (quoting H.R. Rep. No. 93-1453 at 6356, 93rd Cong., 2d Sess. (1974)); 2D Guide to Judiciary Policy, Ch. 3 § 365.20 (2014) (“The Code of Conduct for United States Judges … precludes judges, [or] their spouses … from owning a blind trust.”). While the above authorities discuss whether a blind trust cures the conflict created by a Judge’s ownership of stock, the principles apply with equal force to a law clerk’s ownership of stock.Because the law is, however, less developed about the applicability of blind trusts to clerks’ ownership of stock, Sonos seeks additional information so that it can more fully evaluate the relationship between the present circumstances and the case law cited above. In particular, Sonos asks the Court to consider making an additional disclosure about (i) whether the Google stock is the only asset in the blind trust; (ii) what information (if any) about the value of the assets in the trust does the clerk have access to; and (iii) whether the trustee has discretion to sell the asset, or only to hold the assets. This information is important because, for example, if the Google stock is the only (or dominant) asset in the trust and the total asset value of the trust is knowable to the clerk then the clerk will continue to know if he owns the stock. Conversely, if the trust is truly blind (in the sense that the clerk has no way to know whether he continues to hold the asset) he may wrongly assume that he continues to own it even when he doesn’t. Put differently, both alternatives are problematical, but the way in which they are problematical is different.Former employment: The Court also disclosed that the “law clerk that I have working on my IP cases told me that he had worked at Google at some point in the past.” Dkt. 202, Tr. 3:4-5. The Court believed this wasn’t a conflict because the employment was “some years” in the past. Id. at 3:7. Based on the information provided at the status conference, Sonos cannot determine whether there may be an actual or potential conflict associated with the Court’s law clerk’s former1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27clerks currently working in the Northern District of California (i) has worked for both Google and Quinn Emanuel and (ii) worked in the Google legal department during the time period at issue in this litigation – i.e., during the period when the parties were cooperating and when Google contends it came up with and disclosed the technology claimed in some of Sonos’s asserted patents. Sonos therefore requests that the Court consider making an additional disclosure regarding the clerk’s prior employment history.A law clerk may not work on a matter if the law clerk has any “personal knowledge of disputed evidentiary facts concerning the proceeding.” See Code of Conduct for Judicial Employees, Canon 3.F.(2)(a)(i). Similarly, a law clerk is prohibited from working on a matter if “he or she served as lawyer in the matter in controversy, or a lawyer with whom he or she previously practiced law had served (during such association) as a lawyer concerning the matter (provided that the prohibition relating to the previous practice of law does not apply if he or she did not work on the matter, did not access confidential information relating to the matter, and did not practice in the same office as the lawyer).” Id. 3.F.(2)(a)(ii) (emphasis added).Under both Canon 3.F.(2)(a)(i) and (a)(ii), Sonos is concerned, absent additional information, that a former employee of Google could have a conflict here if the former employee had any legal role at the company and either (i) practiced in the same office as other Google lawyers who were involved in the contracts that Google has put at issue here or (ii) had independent prior relevant factual knowledge of or access to confidential information relating to the matter.Under Canon 3.F.(2)(a)(i), a former employee of Google might also have a conflict with respect to this matter even in the absence of former legal employment with Google if the former employee’s work related to the technology at issue in this matter. The Court did not discuss either of these Canons, but noted that the Court did not believe there was a problem because of the passage of time since the clerk’s employment at Google. Dkt. 202, Tr. 3:4-7. The passage of time is irrelevant; the question is whether the clerk has any actual or imputed knowledge of the matters at issue here. And without additional information about the clerk’s former employment, Sonos cannot make a full and fair examination of the circumstances. And, in light of the Hall and Milgard cases1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27cited above, to the extent the Clerk has current plans (or a standing offer) to return to either Google or Quinn Emmanuel, Sonos respectfully requests that those plans and offers be disclosed.Involvement: Sonos is acutely aware that its request for the Court to consider additional disclosures creates potential issues relating to both the clerk’s privacy and the possible invasion of the privacy of the Court’s internal processes. It is therefore, with the utmost reluctance, that we ask the Court to consider making an additional disclosure relating to the clerks’ involvement in this matter. Sonos absolutely accepts that the Court is responsible for and the ultimate decision maker with respect to all of its decisions. But § 455(a) protects against even the appearance of partiality, not just actual bias. Sonos therefore asks the Court to consider providing additional information on the clerk’s involvement to date in discussing the merits (including the merits of the pending claim construction and summary judgment motions) and/or drafting the Court’s previously issued opinions. The answers to these questions will help Sonos determine, inter alia, whether a motion to disqualify either or both the clerk or the judge is necessary, and the scope of the appropriate remedy.* * *For the foregoing reasons, Sonos asks the Court to consider (i) whether it can or will provide an additional disclosure of information and (ii) granting Sonos an additional week to evaluate the circumstances and any additional disclosure the Court chooses to make.Dated:May 24, 2022By: /s/ Clement Seth RobertsCLEMENT SETH ROBERTSBAS DE BLANKALYSSA CARIDISEVAN D. BREWERORRICK, HERRINGTON & SUTCLIFFE LLPSEAN M. SULLIVANCOLE B. RICHTERLEE SULLIVAN SHEA & SMITH LLPAttorneys for Plaintiff Sonos, Inc.。

Ashcroft B-Series参考书说明书

Ashcroft B-Series参考书说明书

FEATURESB-Series switches have proven reliable in such harsh environments as:• Offshore oil rigs• Chemical and petrochemical plants • Pulp and paper mills • Steel mills • Power plants• Water and sewage-treatment plants • Other corrosive environments Ashcroft Inc. supplies highly reliable Ashcroft ®switches and controls for indus-trial and process applications. We begin with rock-solid designs, matching the most appropriate technology with the safety and reliability requirements of the applications.The materials of construction are specified to Ashcroft’s exacting standards, and prod-uct is built to last in the toughest applica-tions. Our modern, responsive manufac-turing facility is supported by an extensive network of stocking distributors and factory sales offices located in virtually every part of the world. Special application assis-tance is always just a telephone call away.The Ashcroft B-Series switch line is designed to satisfy most switch require-ments. Materials of construction have been selected for long life. A wide variety of precision switch elements are available to meet every application requirement,including hermetically sealed contacts for added reliability and safety. The actuators we use have been proven in more than 20years of service in the world’s plants and mills. Special designs are available for fire safety, NACE, limit control and other more stringent requirements. Simplicity and ease of use are stressed to improve relia-bility of the installation.Applications include: pumps, compres-sors, washers, filters, degreasers,e vapora-tors, recovery systems, food pro-cessing, ground support equipment,reverse osmosis systems, heat exchang-ers, hydraulic systems, lubrication sys-tems, marine equipment, textile machinery,heating and air conditioning equipment.Pressure & Differential Pressure SwitchesB-Series pressure, differential pressure and vac-uum switches use two different actuators depend-ing on setpoint requirements. For setpoints between 2 and 3000 psi, the simple, rugged diaphragm-sealed piston actuator is used. This design features high reliability and choice of actuator seal materi-als for v irtually every application. An optional weld-ed design is also available for s etpoints up to 1000psi for maximum reliability. This design is available in 316 SS or Monel. Differential pressure m odels use a unique, dual diaphragm-sealed piston design that features very high static operating pressures and small size.For setpoints between 4.5 and 150 inches of H 2O, a large diaphragm is used for increaseds ensitivity in both pressure and differentialp ressure designs with good choice of materials of c onstruction.All standard models feature ±1 percent of range setpoint repeatability and a minimum of 400 per-cent of range proof pressures.These standard designs perform well in applica-tions where shock and vibration could be a prob-lem and may be used in conjunction with Ashcroft diaphragm seals in extreme services such as slur-ries or abrasive process fluids.Overpressure Ratings Approximate Deadband (2)Switch ElementNominal Range (1) Proof psi Burst psi 20, 26, 27 21, 24, 31 50 22 32, 42Vacuum–30˝ Hg –760mm Hg -100 kPa 250 400 0.3-0.7 1.5-3.0 0.5-2.2 0.4-1.5 2.1-4.2Compound–15˝ H 2O/ –375mm H 2O/ –3.7 kPa/ 20 35 0.15-.75/ 1.5-2.5/ 0.45-2.0/ 0.5-1.2/ 2.1-3.5/ 15˝ H 2O 375mm H 2O 3.7 kPa 0.15-.75 1.5-2.5 0.45-2.0 0.5-1.2 2.1-3.5 –30˝ H 2O/ –760mm H 2O/ –7.5 kPa/ 20 35 0.30-.60/ 1.5-2.5/ 0.45-2.0/ 0.5-1.5/ 2.1-3.5/ 30˝ H 2O 760mm H 2O 7.5 kPa 0.30-.60 1.5-2.5 0.45-2.0 0.5-1.5 2.1-3.5 –30˝ Hg/ –760mm Hg/ –100 kPa/ 0.5-1.0/ 2.0-3.0/ 0.75-2.5/ 0.7-1.8/ 2.8-4.2/ 15 psi 1.0 kg/cm 2 100 kPa 250 400 0.3-0.7 0.5-1.5 0 .5-1.0 0.7-1.4 0.7-2.1 –30˝ Hg/ –760mm Hg/ –100 kPa/ 1.0-1.5/ 3.0-6.0/ 1.2-4.5/ 1.4-2.4 4.2-8.4/ 30 psi 2.0 kg/cm 2 200 kPa 250 400 0.3-0.8 1.0-2.0 0.7-1.5 0.4-1.3 1.4-2.8 –30˝ Hg/ –760mm Hg/ –100 kPa/ 2.0-3.0/ 5.0-9.0/ 2.5-7.0/ 2.8-4.5 7.0-12.0/ 60 psi 4.0 kg/cm 2 400 kPa 250 400 0.7-1.5 3.0-5.0 1.1-4.0 1.0-2.3 4.2-7.0Pressure10˝ H 2O 250mm H 2O 2.5 kPa 20 35 0.2-0.5 1.0-2.0 0.35-1.5 0.4-1.0 1.4-2.8 30˝ H 2O 750mm H 2O 7.5 kPa 20 35 0.3-0.6 1.5-2.5 0.45-2.0 0.5-2.0 2.1-3.5 60˝ H 2O 1500mm H 2O 15 kPa 20 35 0.5-1.3 1.5-3.5 0.9-2.5 0.7-3.0 2.1-5.0 100˝ H 2O 2500mm H 2O 25 kPa 20 35 0.6-1.6 2.5-5.5 1.1-4.0 1.0-4.0 3.5-7.7 150˝ H 2O 3750mm H 2O 37 kPa 20 35 1.0-2.5 4.5-8.5 1.7-6.5 2.0-6.0 6.0-12.0 15 psi 1.0 kg/cm 2 100 kPa 500 1500 0.1-0.35 0.5-1.5 0.2-1.0 0.4-1.0 0.7-2.1 30 psi 2.0 kg/cm 2 200 kPa 500 1500 0.1-0.50 0.5-1.5 0.3-1.0 0.4-1.0 0.7-2.1 60 psi 4.0 kg/cm 2 400 kPa 500 1500 0.3-1.0 1.0-3.5 0.7-2.5 0.6-2.0 1.4-5.0 100 psi 7.0 kg/cm 2 700 kPa 1000 3000 0.5-1.7 1.5-5.0 1.1-3.5 1.0-4.5 2.1-7.0 200 psi 14 kg/cm 2 1400 kPa 1000 3000 1-3 5-13 2-9 3.0-7.5 7.0-18.2 400 psi 28 kg/cm 2 2800 kPa 2400 3000 4-7.5 5-24 5.5-15 4.0-11.0 7.0-33.6 600 psi 42 kg/cm 2 4200 kPa 2400 3000 4-11 9-30 7-20 5.0-23.0 12.6-42 1000 psi 70 kg/cm 2 7000 kPa 12000 18000 7-30 30-110 18-70 15-80 42-154 3000 psi 210 kg/cm 2 2100 kPa 12000 18000 15-60 80-235 37-160 30.0-230 112-329PRESSURE/VACUUM SWITCHESDIFFERENTIAL PRESSURE SWITCHESPressure Ratings Approximate Deadband (2)Switch Element Static Work- Nominal Range (1) ing Pressure Proof psi 20, 26, 27 21, 24, 31 50 22 32, 42 30˝ H 2O 750mm H 2O 7.5 kPa 5.4 21.6 0.3-0.6 1.5-2.5 0.45-2.0 0.5-2.0 2.1-3.5 60˝ H 2O 1500mm H 2O 15 kPa 5.4 21.6 0.5-1.3 1.5-3.5 0.9-2.5 0.7-3.0 2.1-5.0 100˝ H 2O 2500mm H 2O 25 kPa 5.4 21.6 0.6-1.6 2.5-5.5 1.1-4.0 1.0-4.0 3.5-7.7 150˝ H 2O 3750mm H 2O 37 kPa 5.4 21.6 1.0-2.5 4.5-8.5 1.8-6.5 2.0-6.0 6.3-12.0 15 psid 1.0 kg/cm 2 100 kPa 500 2000 0.5-1.0 2.0-5.0 0.7-3.5 0.7-1.4 2.8-7.0 30 psid 2.0 kg/cm 2 200 kPa 500 2000 1.0-2.0 2.0-5.0 1.5-3.5 1.4-2.8 2.8-7.0 60 psid 4.0 kg/cm 2 400 kPa 500 2000 2.0-4.0 3.0-6.0 3.0-4.5 2.8-5.6 4.2-8.5 100 psid 7.0 kg/cm 2 700 kPa 1000 4000 4.0-10.0 11.0-20.0 7.0-15.0 6.0-14.0 16.0-28.0 200 psid 14.0 kg/cm 2 1400 kPa 1000 4000 5.0-15.0 12.0-40.0 10.0-26.0 7.0-21.0 17.0-56.0 400 psid 28.0 kg/cm 2 2800 kPa 1000 8000 10.0-20.0 20.0-60.0 15.0-40.0 14.0-28.0 28.0-84.0 600 psid 42 0 kg/cm 2 4200 kPa 1000 8000 20.0-40.0 80.0-150.0 30.0-115.0 30.0-56.0 112.0-210.0Values shown are for zero static working pressure.NOTES:1 Switches may generally be set between 15% and 100% of nominal range on increasing pressure. Consult factory for applications where setpoints must be lower.2 All deadbands are given in English units as shown in the nominal range column.Deadbands shown are for switches with Buna N diaphragm. Approximate dead-bands for optional diaphragms: Viton: Multiply Buna N value by 1.4 Teflon: Multiply Buna N value by 1.2 Stainless Steel: Multiply Buna N value by 1.7 Monel: Multiply Buna N value by 1.7Dual Switch Element: Multiply single switch element value by 1.6 forapproximate d eadband.B-SERIES PRESSURE AND DIFFERENTIAL PRESSURE SWITCH MODEL NUMBER:To specify the exact switch desired, select entries from appropriate tables as shown in example below.B 420BX P K600 PSI123451 – ENCLOSUREPressure switch, Type 400, watertight enclosureB4meets NEMA 3, 4, 4X, 13 and IP66 requirements. Pressure switch, Type 700, explosion-proofB7(1) enclosure meets Div. 1 & 2, NEMA 7, 9 and IP66 requirements.Differential pressure switch, Type 400, water- D4 tight enclosure meets NEMA 3, 4, 4X, 13 and IP66 requirements.Differential pressure switch, Type 700, explosion- D7(1) proof enclosure meets Div. 1 & 2, NEMA 7, 9 and IP66 requirements.2 – SWITCH ELEMENT SELECTIONOrder Switch Elements Code UL/CSA Listed SPDT20(7) Narrow deadband ac 15A, 125/250 Vac 21 Ammonia service 5A, 125/250 Vac 22(6) Hermetically sealed switch, 5A, 125/250 Vac narrow deadband23 Heavy duty ac 22A, 125/250 Vac 24(1) General purpose 15A, 125/250/480 Vac 1⁄2A, 125 Vdc1⁄4A, 250 Vdc; 6A, 30 Vdc 25(2) Heavy duty dc 10A, 125 Vac or dc, 1⁄8HP , 125 Vac or dc 26(7) Sealed environment proof 15A, 125/250 Vac 27 High temperature 300°F 15A, 125/250 Vac 28(5) Manual reset trip on 15A, 125/250 Vac increasing29(5) Manual reset trip on 15A, 125/250 Vac decreasing31 Low level (gold) contacts 1A, 125 Vac32 Hermetically sealed switch, 11A, 125/250 Vac general purpose 5A, 30 Vdc 42 Hermetically sealed switch, 1A, 125 Vac gold contacts50 Variable deadband 15A, 125/250 VacUL/CSA Listed Dual (2 SPDT)61(7) Dual narrow deadband 15A, 125/250 Vac 62(7) Dual sealed environment 15A, 125/250 Vac proof63 Dual high temp. 300°F 15A, 125/250 Vac 64 Dual general purpose 15A, 125/250/480 Vac 1⁄2A, 125 Vdc 1⁄4A, 250 Vdc 65 Dual ammonia service 5A, 125/250 Vac 67(4,6) Dual hermetically sealed 5A, 125/250 Vac switch, narrow deadband68(4) Dual hermetically sealed 11A, 125/250 Vac switch, general purpose 5A, 30 Vdc 70 Dual low level gold contacts 1A, 125 Vac 71(4) Dual hermetically sealed 1A, 125 Vac switch, gold contacts3 – ACTUATOR SEALRange Code Processand Temperature Vac. 0-600 1000 3000 Material Limits °F (9) ˝ H 2O psi psi psi B – Buna-N 0 to 150 • • • • V – Viton 20 to 300 • • •T – Teflon 0 to 150 • • • • S – 316L (8) 0 to 300 • • P – Monel (8) 0 to 300 • •4 – OPTIONSUse table from page 55 – RANGESelect from table on page 2NOTES:1Standard housing epoxy coated aluminum. Use variation code XYW for 316SS housing.2Not available with psid ranges.3Dual switches are 2 SPDT snap-action switches, not independently adjustable.4Wires cannot be terminated inside B400 switch enclosure.5Not available with type 700 enclosure.6Estimated dc. rating, 2.5A, 28 Vdc (not UL listed).7Estimated dc rating, 0.4A, 120 Vdc (not UL listed).8Available on pressure only.9Ambient operating temperature limits –20 to 150°F , all styles, setpoint shift of ±1% of range per 50°F temperature change is normal.Switches are calibrated at 70°F reference.B-SERIES HYDRAULIC PRESSURE SWITCH MODEL NUMBER:To specify the exact switch desired, select entries from appropriate tables as shown in example below.H 424VX F S3000 PSI123451 – ENCLOSUREHydraulic pressure switch, Type 400, watertightH4enclosure meets NEMA 3, 4, 4X, 13 and IP66 requirements.2 – SWITCH ELEMENT SELECTIONOrder Switch Elements Code UL/CSA Listed SPDT20(3) Narrow deadband ac 15A, 125/250 Vac 21 Ammonia service 5A, 125/250 Vac 22 Hermetically sealed switch, 5A, 125/250 Vac narrow deadband23 Heavy duty ac 22A, 125/250 Vac 24(1) General purpose 15A, 125/250/480 Vac 1⁄2A, 125 Vdc1⁄4A, 250 Vdc; 6A, 30 Vdc 25 Heavy duty dc 10A, 125 Vac or dc, 1⁄8HP , 125 Vac or dc 26(3) Sealed environment proof 15A, 125/250 Vac 27 High temperature 300°F 15A, 125/250 Vac 28 Manual reset trip on 15A, 125/250 Vac increasing29 Manual reset trip on 15A, 125/250 Vac decreasing32 Hermetically sealed switch, 11A, 125/250 Vac general purpose 5A, 30 Vdc 42 Hermetically sealed switch, 1A, 125 Vac gold contactsUL/CSA Listed Dual (2 SPDT)61(3) Dual narrow deadband 15A, 125/250 Vac 62(3) Dual sealed environment 15A, 125/250 Vac proof63 Dual high temp. 300°F 15A, 125/250 Vac 64 Dual general purpose 15A, 125/250/480 Vac 1⁄2A, 125 Vdc 1⁄4A, 250 Vdc 65 Dual ammonia service 5A, 125/250 Vac 70 Dual low level, gold contacts 1A, 125 Vac3 – ACTUATOR SEALCode Process and Temperature Material Limits °F (4) V – Viton 20 to 300Viton O-Ring, Stainless Steel Pressure Connection4 – OPTIONSUse table from page 75 – STANDARD PRESSURE RANGEAdjustable Proof Range Setpoint Pressure psi Limits psi psi1000150-1000 12,0002000 300-2000 12,000 3000 450-3000 12,000 5000 750-5000 10,000 7500 1125-7500 100,000NOTES :1 Standard switch.2 Dual switches are 2 SPDT snap-action switches, not independently adjustable.3 Estimated dc rating, 0.4A, 120 Vdc (not UL listed).4 Ambient operating temperature limits –20 to 150°F , all styles, setpoint shift of ±1% of range per 50°F temperature change is normal. Switches are calibrated at 70° F reference.B-SERIES SWITCH OPTIONSAppicable Switch Series DifferentialPressure Pressure H Code Description (psi) (in. H 2O) (psi) (in. H 2O) NotesXBP Wall Mounting Bracket in. H 2O • •XBX 1⁄2˝ Male NPT Bushing • XCH Chained Cover• • • • •XC8 CSA Approval • • • • 10 XCN ATEX Directive 94/9/EC/IECEx Rating • • • • 15 XD2 Dual Seal Rating (700 Series only) • •XFM FM Approval – Single Element • • • • 14 FM Approval – Dual Element • • • • 14 XFP Fungus Proofing • • • • •XFS Factory Adjusted Setpoint • • • • • 2 XG3 Belleville Actuator • 13,14 XG5 UL Limit Control to 150˝ H 2O • 1, 14 XG6 UL Limit Control to 600 psi • 1, 14 XG7 Secondary Chamber with Vent • 11 XG8 Steam Limit Control to 300 psi • 7 XG9 Fire Safe Welded Actuator • 7 XHS High Static Differential Pressure • 12 High Pressure, 40 psi, (static) d/p onlyXHX 160 psi (proof) d/p only • • 100 psi (proof) pressure only (˝ H 2O)XJK Left Conduit Connection • • • • • 8 XJL 3⁄4˝ to 1⁄2˝ Reducing Bushing • • • • • XJM Metric Electrical Conduit ConnectionM20 x 1.5 • • • • • XK3 Terminal Block (700 Series only) • • • • 6 XLE 6 foot Leads on the Micro Switch • • • • • XNH Tagging Stainless Steel • • • • • XNN Paper Tag • • • • • XPK Pilot Light(s) Top Mounted • • • • • 4 XPM 3⁄4˝ Sealed Conduit Connectionwith 16˝ Lead Wires • • • • • XTA 316 Stainless Steel Pressure • • Connection for in. H 2O RangeXTM 2˝ Pipe Mounting Bracket • • • • XUD 316 Stainless Steel Pressure Conn. • Pressure Connection:X06 1⁄2NPT Male, 1⁄4NPT Female • • • • 5 316 Stainless Steel (Combination)X07 1⁄2NPTF Press. Conn., 316 SS • • • • 9 X6B Cleaned for Oxygen Service • • • 3 Diaphragm Seal • • • •NOTES:1 Buna N and Viton diaphragm.2 Advise static or working pressure for differential pressure switches.3 Buna N cannot be cleaned for oxygen service.4 N/A on 700 Series.5 Standard with 1000 and 3000 psi ranges.B ottom connection only on DP in H 2O ranges.6 Terminal Blocks standard with 700 dual switches.7 Stainless steel diaphragm only.8 Standard on 700 Series. N/A with DPDT e lement on 400 Series.9 N/A with Monel diaphragm.10 Standard on 400 Series.11 SS diaphragm required. Teflon diaphragm is the backup.NEMA 7 only.12 Buna N and Viton diaphragm – 15#D & 30#D only.13 24, 32, 64 or 68 element only.14 N/A on all combinations.15 700 Series only.OPTIONAL FEATURES AND ACCESSORIESEx t IIIC T85° C Db IP 6X (Ta = –20°C to +60°C)3.2582.6.287.1X3 HOLES.348.6X2 HOLESREQUIRED182.17.1.348.6X2 HOLES3.2582.6REQUIRED129.87.1X3 HOLESPressure switch – psi rangesPressure switch – inches of water rangesDifferential pressure switch –Differential pressure switch – inches of water rangesDimensions – 400 SeriesDimensions – 700 SeriesPressure switch – psi rangesPressure switch – inches of water rangesWorld HeadquartersAshcroft Inc.250 E. Main StreetStratford, CT 06614-5145 U.S.A.Tel: (203) 378-8281Fax: (203) 385-0408email:***************** International Operations BrazilWilly Instrumentos de Medicao e Controle Ltda.Rua Joao Pessoa, 62009520-000Sao Caetano Do Sul-Sao Paulo-Brazil Tel: 55-11-4224-7402Fax: 55-11-4224-7477email:********************.brChinaAshcroft Instruments (Suzhou) Co., Ltd.1508 Lin-hu AvenueAscendas Lin-hu Industrial Square Wujiang Fenhu Economic Zone Wujiang China, 215211Tel: 011-86-512-6326-9101Fax: 011-86-512-6326-9106 FranceAshcroft Instruments GmbH Sales Office 48, Chemin des Landes 69700 Montagny FranceTel: 33 (0) 9 65 32 71 31Fax: 33 (0) 4 72 39 10 57email:**************************GermanyAshcroft Instruments GmbH Postfach 11 20, D-52490Baesweiler, GermanyMax-Planck-Strasse 1, D-52499 Baesweiler, Germany Tel: 49-2401-8080Fax: 49-2401-808 125email:******************www.ashcroft.euIndiaAshcroft India Pvt. Ltd.,Plot 2306, G.I.D.C. Chhatral,Ta. Kalol, Dist. Gandhinagar,Chhatral 382729, India.Tel: 91-2764-233681/82/83Fax: 91-2764-233440***********************MexicoAshcroft Instruments Mexico, S.A. de C.V.General Mariano Arista No. 54 Nave 8Col. Argentina Poniente Deleg. Miguel Hidelgo 11230 Mexico City, Mexico Tel: 525-550-82-3030Fax: 525-550-82-3027email:**********************.mx Saudi Arabia AARICOP .O. Box 12031Jubail Industrial City 31961 Kingdom of Saudi Arabia Tel: 966-3-341-0278Fax: 966-3-341-7624email:***************SingaporeAshcroft Instruments Singapore Pte. Ltd.Block 1004 Toa Payoh North #07-15/17Singapore 318995Tel: 65-6252-6602Fax: 65-6252-6603email:**********************.sg United KingdomAshcroft Instruments GmbH Sales Office Cambridge OfficeUnit 17 & 18 William James House Cowley RoadCambridge CB4 0WX Tel: 44-0-1223-395500Fax: 44-0-1223-395501email:********************VenezuelaManufacturas Petroleras Venezolanas S.A.KM7 Carretera A El Mojan Calle 18#15B355 ZonaInd. Norte Sector Canchancha Maracaibo Edo Zulia Venezuela Tel: 58-261-757-9070Tel: 58-261-742-4372Fax: 58-261-757-9461email:************************。

OBIS Series OBD II 检测系统 EEEA134A 产品说明书

OBIS Series OBD II 检测系统 EEEA134A 产品说明书

OBD II INSPECTION SYSTEMMODEL EEEA134ABID SPECIFICATIONSCERTIFIED TEST MODE•Meets and exceeds Texas OBD II Inspection requirements.•Performs State-specified, software-controlled,automated OBD testing sequence with computer-determined pass/fail results.• Interfaces to SUN dynamometer for driveability testing (future enhancement).• Tamper-resistant, secured PC system• Automatic operation, calibration, communication and printing.• Simple vehicle OBD II interface and testing VEHICLE DIAGNOSTICS• Interfaces to Snap-Link ™ program to display live vehicle data• Interfaces to shop management system (Shopkey Information System)PC MODE• Allows operation of most IBM-compatible software programs running under WINDOWS ™ 2000.STANDARD HOST SYSTEM HARDWARE:• High performance, IBM compatible microprocessor,PENTIUM ® 900 mHz minimum*• 128 MB RAM minimum*• WINDOWS ™ 2000 operating systems • One 3.5” 1.44 MB floppy disk drive• Large-capacity hard drive, 20 GB minimum*• Disk key security • 16X DVD-ROM• 101-key enhanced keyboard• High resolution, 17” color SVGA monitor minimum*• 56,000 baud modem, minimum*STANDARD HOST SYSTEM HARDWARE (Cont’d)•High performance, non-secured laser printer •Custom-designed, easy access, secured host cabinet•Accepts user-loaded software* (Computer host system subject to enhancement as necessary)PERFORMANCE SPECIFICATIONS:•Digital, microprocessor-controlled, OBD testing •Automatic gas cap testing•High performance communication with host •Automated OBD II testing•+35° to +110° F. operating temperature range •+20° to +130° F. storage temperature range •Operates in ambient humidities up to 100%, non-condensing•Complies with SAE J-1850 OBD standard •Complies with EPA 40 CFR PART 51 as interpreted by TNRCC.STANDARD ACCESSORIES•OBD II interface module•Remote control•25’ AC power cord•25’ modem connection cable•2D bar code scanner•Fuel cap pressure tester w/adapters •Laser printerOPTIONAL CAPABILITIES (FUTURE ENHANCEMENTS)•Engine systems analyzer •Dynamometer interface•Gas analysis•Vehicle diagnostic softwarePOWER/WEIGHT/DIMENSIONS:•120V AC 60 hz 5.0 amps •Approximate shipping weight: 300 lbs.•Dimensions: 58” H x 31” W x 27” D* NOTE: Specifications are subject to change as required by various state requirements. Specifications subject to change without notice. Preliminary12/01©2001 Snap-on Tools CompanyOBD II INSPECTION SYSTEM NORTH CAROLINA MODEL EEEA135ABID SPECIFICATIONSCERTIFIED TEST MODE•Meets and exceeds North Carolina OBD II Inspection requirements.•Performs State-specified, software-controlled,automated OBD testing sequence with computer-determined pass/fail results.• Interfaces to SUN dynamometer for driveability testing (future enhancement).• Tamper-resistant, secured PC system• Automatic operation, calibration, communication and printing.• Simple vehicle OBD II interface and testing VEHICLE DIAGNOSTICS• Interfaces to Snap-Link ™ program to display live vehicle data• Interfaces to shop management system (Shopkey Information System)PC MODE• Allows operation of most IBM-compatible software programs running under WINDOWS ™ 2000.STANDARD HOST SYSTEM HARDWARE:• High performance, IBM compatible microprocessor,PENTIUM ® 1000 mHz minimum*• 128 MB RAM minimum*• WINDOWS ™ 2000 operating systems • One 3.5” 1.44 MB floppy disk drive• Large-capacity hard drive, 20 GB minimum*• Disk key security • 16X DVD-ROM• 101-key enhanced keyboard• High resolution, 17” color SVGA monitor minimum*• 56,000 baud modem, minimum*STANDARD HOST SYSTEM HARDWARE (Cont’d)•High performance, non-secured laser printer •Custom-designed, easy access, secured host cabinet•Accepts user-loaded software* (Computer host system subject to enhancement as necessary)PERFORMANCE SPECIFICATIONS:•Digital, microprocessor-controlled, OBD testing •High performance communication with host •Automated OBD II testing•+35° to +110° F. operating temperature range •+20° to +130° F. storage temperature range •Operates in ambient humidities up to 100%, non-condensing•Complies with SAE J-1850 OBD standard •Complies with EPA 40 CFR PART 51 as interpreted by North Carolina STANDARD ACCESSORIES•OBD II interface module•Remote control•25’ AC power cord•25’ modem connection cable•1D bar code scanner•Laser printerOPTIONAL CAPABILITIES (FUTURE ENHANCEMENTS)•Engine systems analyzer •Dynamometer interface•Gas analysis•Vehicle diagnostic softwarePOWER/WEIGHT/DIMENSIONS:•120V AC 60 hz 5.0 amps •Approximate shipping weight: 300 lbs.•Dimensions: 58” H x 31” W x 27” D* NOTE: Specifications are subject to change as required by various state requirements. Specifications subject to change without notice. SS2100 (5/02)©2002 Snap-on Tools CompanyOBD II INSPECTION SYSTEM PENNSYLVANIA MODEL EEEA136ABID SPECIFICATIONSCERTIFIED TEST MODE•Meets and exceeds Pennsylvania OBD II Inspection requirements.•Performs State-specified, software-controlled, automated OBD testing sequence with computer-determined pass/fail results.•Interfaces to SUN dynamometer for driveability testing (future enhancement).•Tamper-resistant, secured PC system •Automatic operation, calibration, communication and printing.•Simple vehicle OBD II interface and testing VEHICLE DIAGNOSTICS•Interfaces to Snap-Link™ program to display live vehicle data•Interfaces to shop management system (Shopkey Information System)PC MODE•Allows operation of most IBM-compatible software programs running under WINDOWS™ 2000. STANDARD HOST SYSTEM HARDWARE:•High performance, IBM compatible microprocessor, PENTIUM® 1000 mHz minimum*•128 MB RAM minimum*•WINDOWS™ 2000 operating systems•One 3.5” 1.44 MB floppy disk drive•Large-capacity hard drive, 20 GB minimum*•Disk key security•16X DVD-ROM•101-key enhanced keyboard•High resolution, 17” color SVGA monitor minimum*•56,000 baud modem, minimum*STANDARD HOST SYSTEM HARDWARE (Cont’d)•High performance, non-secured laser printer •Custom-designed, easy access, secured host cabinet•Accepts user-loaded software* (Computer host system subject to enhancement as necessary)PERFORMANCE SPECIFICATIONS:•Digital, microprocessor-controlled, OBD testing •High performance communication with host •Automated OBD II testing•+35° to +110° F. operating temperature range •+20° to +130° F. storage temperature range •Operates in ambient humidities up to 100%, non-condensing•Complies with SAE J-1850 OBD standard •Complies with EPA 40 CFR PART 51 as interpreted by Pennsylvania STANDARD ACCESSORIES•OBD II interface module•Remote control•25’ AC power cord•25’ modem connection cable•2D bar code scanner•Laser printer•Gas Cap TesterOPTIONAL CAPABILITIES (FUTURE ENHANCEMENTS)•Engine systems analyzer •Dynamometer interface•Gas analysis•Vehicle diagnostic softwarePOWER/WEIGHT/DIMENSIONS:•120V AC 60 hz 5.0 amps •Approximate shipping weight: 300 lbs.•Dimensions: 58” H x 31” W x 27” D* NOTE: Specifications are subject to change as required by various state requirements. Specifications subject to change without notice. SS2101 (5/02)©2002 Snap-on Tools Company。

DRI Serum Tox 辨识剂浓液计ibration Kit用户指南说明书

DRI Serum Tox 辨识剂浓液计ibration Kit用户指南说明书

B·R·A·H·M·S GmbHNeuendorfstrasse 2516761 Hennigsdorf, GermanyMicrogenics Corporation46500 Kato RoadFremont, CA 94538 USAAssistenza tecnica e assistenza allaclientela negli USA:1-800-232-3342Altri paesi:Consultare la Vostra rappresentanza.Per gli aggiornamenti del foglietto illustrativo, visitare:/diagnosticsPer uso diagnostico in vitroRx Only0962 Calibratore negativo per dosaggio Serum Tox (10 mL)0963 Calibratore 1 per dosaggio Serum Tox (5 mL)0965 Calibratore 2 per dosaggio Serum Tox (5 mL)0967 Calibratore 3 per dosaggio Serum Tox (5 mL)0976 Calibratore 4 per dosaggio Serum Tox (5 mL)Uso previstoI calibratori per dosaggio DRI® Serum Tox sono destinati all’utilizzo per la calibrazione qualitativae semiquantitativa di dosaggi DRI Serum Tox per barbiturici, benzodiazepine e triciclici in plasmae siero umano.Descrizione dei calibratoriI calibratori DRI per dosaggio Serum Tox sono liquidi e pronti per l’uso. Essi sono preparatiaddizionando tampone Tris con quantità note di secobarbital, diazepam e nortriptilina. Laconcentrazione di ciascun analita viene determinata mediante GC/MS o HPLC e quindi convalidatacon un immunodosaggio enzimatico a fronte di calibratori disponibili in commercio.Avvertenze e precauzioniI calibratori DRI per dosaggio Serum Tox sono nocivi se ingeriti.PERICOLO:DRI per dosaggio Serum Tox calibratori contiene ≤0,1% Albumina sierica bovina(BSA).H317 - Può provocare una reazione allergica cutanea.H334 - Può provocare sintomi allergici o asmatici o difficoltà respiratorie se inalato.Evitare di respirare la polvere/i fumi/i gas/la nebbia/i vapori/gli aerosol. Gli indumenti da lavorocontaminati non devono essere portati fuori dal luogo di lavoro. Indossare guanti/indumentiprotettivi/Proteggere gli occhi/il viso. In caso di ventilazione insufficiente utilizzare unapparecchio respiratorio. In caso di contatto con la pelle: lavare abbondantemente con acqua esapone. IN CASO DI INALAZIONE: se la respirazione è difficile, trasportare l’infortunato all’ariaaperta e mantenerlo a riposo in posizione che favorisca la respirazione. In caso di irritazione oeruzione della pelle: consultare un medico. In caso di sintomi respiratori: contattare un CENTROANTIVELENI o un medico. Lavare gli indumenti contaminati prima di indossarli nuovamente.Smaltire il prodotto/recipiente nelle apposite aree in conformità alla regolamentazione locale/regionale/nazionale/internazionale.I calibratori contengono azoturo di sodio. Evitarne il contatto con la pelle e le mucose. In caso dicontatto, sciacquare le aree interessate con abbondanti quantità di acqua. Se i reagenti vengonoingeriti o vengono a contatto con gli occhi, rivolgersi immediatamente ad un medico. Il sodioazide può reagire con il rame o il piombo delle tubature di scarico generando azidi metallichepotenzialmente esplosive. Quando si gettano via tali reagenti, sciacquare sempre con abbondantiquantità di acqua per impedire l’accumulo di azidi. Pulire le superfici metalliche esposte con unasoluzione di idrossido di sodio al 10%.Non utilizzare i calibratori dopo la data di scadenza impressa sulle rispettive etichette.Preparazione e conservazioneI calibratori DRI per dosaggio Serum Tox sono pronti per l’uso e pertanto non richiedono alcunapreparazione. I calibratori, se conservati a 2-8 °C, sono stabili fino alla data di scadenza indicatasull’etichetta.Procedura di analisiConsultare il foglio indicante i parametri dell’analizzatore in dotazione e i foglietti illustrativi deirispettivi dosaggi DRI Serum Tox.Risultati e valori attesiRisultati qualitativiI calibratori DRI per dosaggio Serum Tox sono previsti per l’uso con i rispettivi dosaggi SerumTox per rilevare la presenza di determinati analiti. Il calibratore 2 è previsto per l’uso comecalibratore per il valore qualitativo limite. Un campione con una variazione del valore di assorbanza(∆A) uguale o maggiore rispetto a quello del calibratore di riferimento è considerato positivo.Un campione con una variazione del valore di assorbanza (∆A) minore rispetto a quello delcalibratore di riferimento è considerato negativo. I controlli vanno usati in parallelo per convalidarele prestazioni del dosaggio. Sono disponibili controlli commerciali per l’uso con questi dosaggi. Irisultati dei controlli devono rientrare nei range prestabiliti dal laboratorio.Risultati semiquantitativiPer ottenere una stima approssimativa della concentrazione della sostanza, si può tracciareuna curva standard con tutti i calibratori e ricavarne la concentrazione richiesta. I campionicon concentrazioni superiori al calibratore più elevato possono essere diluiti con il calibratorenegativo e rianalizzati.LimitazioniI calibratori per dosaggio DRI Serum Tox sono destinati all’utilizzo in dosaggi immunoenzimaticiper rilevare barbiturici, benzodiazepine e antidepressivi triciclici esclusivamente in plasma esiero umano.Controllo Di QualitàTutti i requisiti di controllo della qualità vanno soddisfatti in conformità alle normative vigenti oai requisiti per l’accreditamento.Glossario:/symbols-glossaryCalibratori DRI® per dosaggio Serum Tox0721-10-IT2020 06。

Alaris EtCO2模块产品说明书

Alaris EtCO2模块产品说明书

Access continuous EtCO2 monitoring and infusiontherapy on a single platformAlaris™ EtCO2 ModuleContinuous respiratory monitoring across all patient care areasAlaris™ PCA Pause Protocol pauses patient-controlled analgesia (PCA) infusions when hospital-established respiratory rate alarm limits are exceeded.This unique BD Alaris™ system feature helps you identify adverse events and manage respiratory complications. It enables continuous respiratory monitoring to reduce the risk of respiratory depression from opioid infusions.1Real-time EtCO2and PCA dose trend dataDisplay trending helps you view real-time patient PCA infusion dosing, respiratory rate, end-tidal carbon dioxide (EtCO2)value and no breath event status. These capabilities help you assess and respond to the patient’s physiological response to PCA therapy.Alaris™ EtCO2Module provides high-performance:• Easy-to-use plug and play technology• A full array of FilterLine™ nonintubated ETCO2 PatientSampling Lines are available, featuring oral and nasal sampling as well as an innovative supplemental oxygen delivery system.• For long-term monitoring, FilterLine™ sampling lines with drier moisture reduction technology are available• Customizable profiles that add alarm limit flexibility across all patient care areasAlaris™ EtCO2Module, with Medtronic Microstream™ Capnography technologyAlaris™ EtCO2Module promotes accuracy with:• Small sampling size (50 mL/min) that measures accurate EtCO2, respiratory rate, fractional inspired carbon dioxide (FiCO2)and no breath values for all patient populations, from adult to neonatal• Includes Smart Alarm for Respiratory Analysis™ Algorithm (SARA), which is engineered to reduce clinically insignificant respiratory rate alarmsAlaris™ EtCO2Module supports patient safety through:• Adherence to current American Society of Anesthesiologists (ASA) and The Joint Commission standards recommending CO2monitoring for all anesthetized patients (intubated and nonintubated)2• Added safety at the bedside to continuously monitor patient respiratory response to infusion therapy. When used with theAlaris™ PCA Module, it is the first and only infusion system to introduce PCA Pause Protocol, real-time EtCO2 and PCAdose trend data• Customizable alarm limits by care area utilizing Guardrails™ Software • Visual indication of respiratory depression through capnography waveform Medtronic provides these disposables:• Intubated EtCO2 and nonintubated EtCO2(with or without O2administration) FilterLine™ EtCO2Sampling LinesSeveral societies have published guidelines promoting the utility of capnography for the detection or prevention of respiratory compromise in patients receiving opioids.• Anesthesia Patient Safety Foundation (ASPF)3• American Society of Anesthesiologists (ASA)4• Institute for Safe Medication Practices Reducing Patient Harm from Opiates5• Institute for Healthcare Improvement (IHI)6• Joint Commission 7SpecificationsSampling rate50 mL/min, nominalEtCO2measurement0–99 mmHg (at sea level)Respiration rate0–150 breaths/minFiCO20–99 mmHg (at sea level)No breath limit0–60 sec (default = 30 sec)BD, San Diego, CA, 92130, U.S.Microstream, Smart Alarm for Respiratory Analysis and FilterLine are trademarks of Medtronic. BD, the BD Logo and Alaris are trademarks of Becton, Dickinson and Company or its affiliates. © 2019 BD. All rights reserved. 1910001618 (0819/QTY) BD-8778For more information, contact your BD sales consultant at 800.482.4822 or visit References1 Holmes A, Nichols C, Helmboldt G, et al. Bariatric surgery patients can be safely managed postoperatively on a medical-surgical unit utilizing continuous cardiorespiratory monitoring. Surg Obes Relat Dis. 2010;6(3):85-90. doi: 10.1016/j.soard.2010.03.093.2 American Society of Anesthesiologists (ASA). Basic Standards for InteroperativeMonitoring , 1999. The Joint Commission, 2007. 3 Essential Monitoring Strategies to Detect Clinically Significant Drug-Induced Respiratory Depression in the Postoperative Period. Conclusions and Recommendations. APSF. https:///article/no-patient-shall-be-harmed-by-opioid-induced-respiratory-depression/. Accessed September 28, 2011. 4 Horlocker TT, Burton AW, Connis RT, et al. Practice guidelines for the prevention, detection, and management of respiratory depression associated with neuraxial opioid administration. Anesthesiology . 2009;110(2):218-230. 5 HIGH ALERT Medication Feature: Reducing patient harm from opiates. https:///resources/high-alert-medication-feature-reducing-patient-harm-opiates. Published February 22, 2007. Accessed February 14, 2019. 6 How-to Guide: Prevent Harm from High-Alert Medications. Institute for Healthcare Improvement. / resources/Pages/Tools HowtoGuidePreventHarmfromHighAlertMedications.aspx. Published 2012. Accessed February 14, 2019. 7 Safe use of opioids in hospitals. The Joint Commission. https:///assets/1/18/ SEA_49_opioids_8_2_12_final.pdf. Published August 8, 2012. Accessed February 14, 2019.。

Abacus100使用说明

Abacus100使用说明

Abacus 100使用文档版本记录:1编写目的本文档是对Abacus 100仪表使用的一份说明文档。

此文档仅对Abacus 100仪表有用,对Abacus系列的其他仪表仅供参考。

2适用范围本文档适用于初次使用Abacus 100仪表的中试人员。

3安装过程3.1安装软件根据厂家提供的Abacus 100的安装程序正确安装软件,目前我们公司购买的软件有4.0、4.10、5.10三个版本。

此文档是对4.10版本的操作。

其他版本略有差别,仅供参考Abacus100是思博伦公司最新推出的模拟电话呼叫测试系统,可进行100路模拟口带语音质量测试。

在分布式系统中,多台Abacus100可以通过一个控制台集连在一起使用,也可以由多个控制台分别控制分开使用,非常灵活方便。

安装步骤如下:双击setup.exe文件,开始软件安装选择next,名称可自行填写,选择适当的安装路径选择安装模式,一般选Typical即可显示基本信息,选择next显示安装过程,界面中有产品的相关介绍安装完成,可正常使用。

3.2使用说明使用Abacus 100之前首先要知道它的GRS-Forte电缆标识●每一根电缆中含有25对线;识别:线上有二种不同颜色,以相反方式标色;●线号识别:共有五种主色:白、红、黑、黄、紫。

每一种主色中又有5种辅助的颜色:兰、橙、绿、棕、灰,分别代表1-5号线。

●排列方式如图:兰 1橙 2白绿 3棕 4灰 5兰 6橙7红绿8棕9灰10黑:黄:(同上)藕荷:知道接线方式后根据不同的端口进行连线的接入,在保证各个连线都到位后,才能正式开启设备和仪器。

3.3基本配置在程序中选择Abacus 5000→ 4.10→Abacus即出现如下界面。

此时用户控制界面和仪器还未连接成功,很多选项为灰色表示不可用状态。

点击右侧Conn List出现界面如下此时与仪表未连接成功,系统信息栏为空在Connection选项中,显示测试仪表的相关信息,如软件版本、IP地址以及状态等点击右侧connect用户控制界面和仪表正常连接后,状态栏由Ready自动转变为ESTABUSHED 如下图所示此时可对仪表进行配置若无法连接成功,需要检查网络状态是否正常第一次使用时,建议装有用户控制界面的电脑和呼叫仪表直接用网线连接。

安道斯PH计说明书

安道斯PH计说明书

2.1
仪器外形尺寸图
产品说明
PH/0RP108 型微电脑工业控制仪表是用于测试溶液 pH/ORP 值的精密 仪表,其功能全,性能稳定,操作简便等特点,使其成为工业企业测试和控 制 pH/ORP 领域的理想仪表。 PH/0RP108 型仪表采用带背景光 LCD 显示。
恢复出厂设置 具备错误指示 具有非缓冲液校准 自动/手动温度补偿 光电隔离式电流输出 自动识别标准液 循环式桉键调节程序 2.2 桉键操作声光回馈 仪器安装及开孔尺寸图 如果需在同一面板上安装多个仪表,仪表间须保留最小间隙,如下图所示。 PH/0RP108 型仪表可配各种类型 pH 电极。
树脂高分子物 质
8、
稀酒精、丙酮、 乙醚
电极正常使用时间为一年左右,老化后应及时更换新的电极。
15 ○
2 ○
22
此控制过程是: 当石灰水溶液的 pH 值大于 9.00 时, 高点继电动打器自 七、保养 开,向中和池加注盐酸溶液。随着添加的进行,中和池液体的 pH 值将慢慢 下降,当下降到 6.00 时(高点 7.50-迟滞量 1.50=6.00) ,高点继电器自动关 本控制器在一般正常操作情况下,无须做任何保养,唯电极须定期清 闭。此后,中和池的液体将始终保持在 6.00 与 9.00 之间。该过程中若想减 洗和标定,以确保获得精确稳定的测量值和系统的正常稳定运行。 小范围,无需更改高点,只需将迟滞量减小即可。将迟滞量设置为 0.20,中 和后的废水的 pH 值保持在 7.30-7.70 之间。若将高点设置为 7.00,迟滞量设 PH/ORP 电极使用及维护 置为 0.50,则中和后的废水的 pH 值保持在 6.50-7.50 之间。 1、 电极在测量前必须用已知 PH/ORP 值的标准缓冲液进行标定, 为提 10.3 脱硫控制 如某一工厂的锅炉排出含有二氧化硫的废气, 采取的治理方式是使用碱 高测量精度,缓冲液的 PH/ORP 值要可靠,且愈接近被测值愈好。 性溶液(如氢氧化钠)吸收。为达到理想的吸收效果,需将如氢氧化钠液体 2、 电极前端的敏感玻璃球泡不能与硬物接触,任何破损和擦毛都会使 的 pH 值保持在一定范围内。假设工艺上要求要保持在 10.00 与 11.00pH 之 间,此时,可用高点继电器控制。将高点设置在 10.50pH(H=10.50),迟滞 电极失效。 量设置为 0.50pH(d=0.50) 。 3、 电极接线端子必须保持高度清洁和干燥,如有玷污可用医用棉花和 此控制过程是:当氢氧化钠溶液遇二氧化硫时将发生中和反应,pH 呈 下降趋势。当下降至 10.00 时(高点 10.50-迟滞量 0.50=10.00) ,高点继电器 无水酒精揩净并吹干,防止电极引线二端短路,否则将导致测量失效或 自动打开, 补充添加氢氧化钠。 随着添加的进行, 吸收液体的值将慢慢上升, 失败。 当上升到 11.00 时(高点 10.50+迟滞量 0.50=11.00) ,高点继电器自动关闭。 此后,用于吸收二氧化硫的液体将始终保持在 10.00 与 11.00 之间。 4、 测量前,应注意将玻璃泡内的气泡甩去,否则将造成测量误差。测 10.4 电极线加长方法 量时,应将电极在测量溶液中搅动后静止放置,以加速回应。 第一步:剥线 用刀把外面层的皮给剥掉后就会露出网线和一根导线(工具自选)如果 5、 测量前和测量后,都应用去离子水清洗电极,以保证测量精度。在 是温补电极里面有三根线除了一根是电极线还有两根都是温补线,透明的是 粘稠试样中测定后,电极需用热去离子水反复冲洗多次,以除去粘在玻 电极线;然后把三根线剥出合适的长度;把两边的接头都剥好。 第二步:接线 璃膜上的试样,或先用适宜的溶剂清洗,再用蒸馏水洗去溶剂。 如果现场有烙铁的话那就把两个接头相应的线焊上;如果没有就把相应 的线拧紧在一起;记住一定要拧紧!避免 在工作过程中托落。然后用生胶带 绑好绑平;然后用缩套管套上,用电热吹风机供下让其缩紧。如果现场没有 电热吹风机的话那就用打火机也可以均匀的烤下让其缩紧。

β-淀粉酶(β-AL活性检测试剂盒说明书(DNS 显色法)__可见分光光度法UPLC-MS-4171

β-淀粉酶(β-AL活性检测试剂盒说明书(DNS 显色法)__可见分光光度法UPLC-MS-4171

β-淀粉酶(β-AL)活性检测试剂盒说明书(DNS显色法)可见分光光度法UPLC-MS-417150T/24S试剂名称规格保存条件试剂一液体65mL×1瓶常温保存试剂二液体18mL×2瓶2-8℃保存试剂三粉剂×2支2-8℃保存标准品粉剂×1支2-8℃保存溶液的配制:1、试剂一:若有黄色晶体析出,需加热溶解后再用;2、试剂二:临用前取1支试剂三加入到1瓶试剂二中,置于常温水中并加热至煮沸,期间不断搅拌粉剂至溶解,用不完的试剂2-8℃保存4周;3、标准品:10mg无水葡萄糖。

临用前加入1mL蒸馏水配制成10mg/mL的标准溶液,2-8℃保存两周。

淀粉酶负责水解淀粉,主要包括α-淀粉酶和β-淀粉酶。

β-淀粉酶(EC3.2.1.2)从淀粉的非还原端切开α-1,4糖苷键,生成葡萄糖、麦芽糖、麦芽三糖、糊精等还原糖。

还原糖还原3,5-二硝基水杨酸生成棕红色物质。

α-淀粉酶不耐酸,β-淀粉酶不耐热。

根据上述特性,钝化其中之一,就可测出另一种淀粉酶的活力。

Starchα-AL Reducing SugarReducing Sugar+3,5-dinitrosalicylic acid3-Amino-5-Nitrosalicylate(540nm)注意:实验之前建议选择2-3个预期差异大的样本做预实验。

如果样本吸光值不在测量范围内建议稀释或者增加样本量进行检测。

可见分光光度计、水浴锅、离心机、可调式移液器、1mL玻璃比色皿、研钵/匀浆器和蒸馏水。

一、样本处理(可适当调整待测样本量,具体比例可以参考文献)称取约0.1g样本,加入0.8mL蒸馏水,研磨匀浆;将匀浆倒入离心管中,提取液在室温下放置提取15min,每5min振荡1次,使其充分提取;6000g,常温离心10min,取上清液加蒸馏水定容至10mL,摇匀,即淀粉酶原液。

吸取上述淀粉酶原液1mL,加入4mL蒸馏水,摇匀,即为淀粉酶稀释液,用于(α+β)淀粉酶总活力的测定。

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KA-50 Abris(多功能彩色显示器)使用简单说明
By Smokyrain@
(转帖请注明出处)
本不打算写这个东西,但论坛上还是有人要。

那就简单写一点吧,其余的有空慢慢补……
其实Abris(多功能彩色显示器)的使用相当的简单:
首先要知道这个玩意受5个按钮和2个旋钮控制。

5个按钮并排在显示器下方,旋钮一左一右,左侧的是亮度调节,右侧的是个类似手机上滚轮之类的控制钮。

Abris最下方有一排按钮提示,这是最重要的使用说明。

原则上,可以把Abris系统看作一个有五个按键和一个滚轮的非触摸屏式手机。

每个按钮提示均对应屏幕下方的一个按钮,键盘
是1~5。

滚轮旋钮左旋转是7,右旋转是8,按下是6,但用处较少,只有当1~5按键按下后出现下级菜单(弹出式之后,才会使用7或8选择,6确认)。

第5个按钮提示是Abris主要的显示模式切换按键。

Abris有四种显示模式:Menu、NAV、Arc和HSI,按5循环显示。

Menu模式:
Menu模式是Abris自身的调节模式。

你可以把他看作是Abris自己的控制面板。

在MENU模式下,Abris显示的主要是与导航相关信息的自检结果,没有准备好的结果会以红色标注。

基本上MENU模式当中有很多信息可以调整,包括显示数据的单位、颜色等,但这些太琐
碎,在我看来这更多是体现DCS模拟的真实和全面。

有兴趣的请阅读游戏手册。

对了,需要提一下的是MENU下的PLAN功能。

这个功能可以直接在Abris上编辑设置出完整的飞行线路计划,应该说功能还是比较全面的。

但玩玩可以,不推荐真这么做。

一是屏幕太小,如果你没有配置多屏幕看起来会比较吃力;二是所有的调整和设置全靠1~8数字按键完成,包括输入字母,基本上就跟老式手机、只有上下两个方向键、还是不带键盘字母输入的那种的操控差不多,第一次可能觉得新鲜,多编辑几个Waypoint就很麻烦了。

不过手册当中对这部分的描述可以了解很多东西,推荐阅读。

NAV模式:
Nav模式是导航模式,也是Abris最主要的应用模式。

在导航模式下,当前Ka-50所在位置、航线线路、地图信息等均会显示,如上图所示内容很丰富,不过主要了解以下信息即可(看上图标注数字解释):
●当前航线是绿色,计划航线(未执行)是蓝色
●3:航行方向。

NAV模式下地图始终以当前KA-50机头指向为正上方,这里显示的274
表示正指向274方位(向西略偏北)。

飞机侧转时这个数字也会随即变化,没有激活武
器模式情况下与HUD上显示的方位指示相同;
●4:计划航行(DTK)偏角。

这条绿线是当前航线所处两个导航点之间的最短距离,可
以看作是计划中的航线。

如果正常情况飞机应该沿此航线飞行;
●5:导航点。

Ka-50当中的导航点是有名称和顺序的。

注意此图当中的导航点是00002,
在(27)位置显示:“TO 00002”表示当前飞机应该飞向00002导航点
●6、7:水平偏航图示。

这个绿色块总有一个边位于屏幕正中间线上,另外一端向哪一边
延伸就说明飞机当前应该向哪一侧转向,以纠正偏航。

如果此绿色块消失为一条线,说明航线与计划航线符合。

●9、10:垂直偏航图示。

跟水平偏航图示类似,不同的是这个指示的是与计划航线高度
的偏差。

●12:表速值。

●13:与当前导航点的相对夹角
●14:飞行时间
●15:飞行高度
●16:GNSS卫星坐标
●27:当前目标导航点名称
●28:当前目标导航点方位
●29、30:预计到达当前目标导航点的时间。

上一行是表时间,下一行是倒数计时。

●31:到达当前目标导航点的距离
●22、23、24、25、28:类似当前导航点信息,所不同的是这是下一个导航点的内容。

ARC模式:
ARC模式与NAV模式的主要区别是ARC模式偏重于仪表导航,在视野较差情况下使用;而NAV模式有地景信息,在昼间天气条件较好时配合地标能更快确定方位和位置。

整体上ARC模式和NAV模式显示的内容差别不大。

最主要的区别是用一个虚拟罗盘替换了NAV模式当中的地景:
●4:到当前目标导航点的方位指示;具体方位数字在(10)显示。

●5:当前计划航线的方位指示。

●6:ADF无线导航点方位指示。

具体方位数字在(11)显示。

在这个例子当中,如果要纠正航向以最快线路飞往00002导航点,应左转使黄色箭头保持在屏幕正上方中央位置。

如果想要回到航线,应该飞至绿色和黄色箭头重合后再转向沿箭头飞行(参考HSI模式)。

HSI模式:
HSI模式的作用其实与座舱当中的HSI机械仪表是类似的,主要是用信息化方式更加丰富。

HSI的主要用途是纠正航线。

使用HSI模式与传统飞行模拟当中的HSI仪表使用相同,如果你是FS系列或是LockON当中对此很熟悉,理解和使用起来应该不是难事:
●22:图形化偏航指示:这是HSI区别ARC最主要的指示内容,这条绿色的线是计划当中
航线的位置,注意线两端与绿色的箭头(航线航向指示)平行但不重合,说明当前飞机不在航线上。

如果要最快回到航线,应该转向保持此绿线水平飞行,待绿线与绿色箭头重合后再转向使绿色箭头位于罗盘最上方正中。

关于四种模式的基本情况就是这些。

下面介绍一下游戏当中常用的内容。

注意四种模式当中除MENU之外,屏幕下方前4个按钮提示内容都是相同的。

事实上,Abris 最主要的功能都集中在这里。

●Search:搜索功能。

就是用来搜索导航点,或是标注点。

支持模糊搜索,不过我认为你
在游戏当中基本上用不到这功能,同样,效率很低的字母输入会让人有点不耐烦。

(我记得Nokia有款很眩很小、类似根棒子的手机,只有一个旋转转盘没有键盘的那款。


象一下用那个输入文字吧)
◆选择Search后会出现子菜单,用7、8键上下调整选择要检索信息的类型
◆每种类似首先以列表形式显示,可以直接选择(用6),也可继续查询。

◆基本上这个功能对中国人来说用处真不大……不过我承认在真正的飞机上这
个是很有用的
●MAP:地图控制
MAP下5个控制部分会被重新定义:INFO、ERBL、SCALE-、SCALE+、(功能)。

其中最后一个是退出MAP部分。

INFO模式下,屏幕上会出现一个红色方框,你可以移动这个方框到地图上任何感兴趣的目标上,查看电脑当中记录的相关信息:
不过,移动这个方框算是件蛮痛苦的事情:首先用7、8控制水平移动,
然后按6切换到垂直移动上,再用7、8垂直移动,如此反复……
选择的任何目标的信息会显示在下方,同时会出现TO功能:
◆TO功能是直接将飞机航线设定为飞向当前选择目标。

这个功能一但被激活,
当前的飞行航线计划随之取消。

TO功能在Abris当中很常见,大体上说,如果你急
于返航但由得不到塔台方位指示,可以用这个直接带你回家。

◆ERBL功能是标记,屏幕上会出现一个红色十字,你可以移动到地图上任何想
标记的位置
标记位置后使用MARKER功能可以存储该位置
◆SCALE+/-:这个功能很直观,就是放大和缩小地图显示比例。

对于ARC和HIS
同样有效,可以查看整体飞行线路概况。

●FPL:飞行计划控制功能。

这个功能实际上是个所有飞行导航点的列表:
◆看起来有点复杂?其实你只要知道这些就够:
◆绿色行表示你当前的目标导航点名称和GNSS位置;
◆第4行第一排表示此导航点到下一导航点的距离,第二排是飞机目前离最后一
个导航点还有多远(直线距离);
◆第5列那三行数据是到达导航点的预计时间、时钟时间和计划时钟时间;
◆第6列显示的是燃油消耗计划与实际情况
◆第7列显示的是导航点附近的气压和温度。

●SUSP功能:这个功能很简单,不过有用:就是跳过当前导航点将目标设定为下一个。

在你飞经某些导航点较远,又不是那么重要时,用这个就比较方便地修改航线。

多次按会循环设置,每按一次,当前航线会更改,在Abris上会自动更换颜色。

最后,说一下Abris的战术信息(累死人了……)
Abris只是战术信息的显示器而已,本身不具备控制功能,可以看作是个SA装置:
友机为红色,敌方目标是蓝色。

具体目标类型说明请看数据链方面的资料。

还有敌方防空火力覆盖指示,但需要侦查或情报预先支持:
后记:
终于写完了。

其实Abris使用起来并不复杂,能用到的最常见的是NAV和ARC,然后就是数据链了。

这里只是简单写一下,更多更有用的,要看看手册了。

里面写得很详细。

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