bs300-LIS接口使用说明书
bs300-LIS接口使用说明书

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第1章 迈瑞 HL7 接口概述
迈瑞 HL7 接口为全自动生化分析仪 BS-300 和其它基于 IP 协议的网络提供一个通 道。 迈瑞 HL7 接口使用 TCP/IP 连接,LIS 服务器可以收到来自全自动生化分析仪的测 试数据。 迈瑞 HL7 接口的数据传输格式按照 HL7 v2.3.1 创建。 全自动生化分析仪通过实时方式和批量发送方式将病人信息、样本信息、测试结 果信息等上传至 LIS 服务器,这两种连接方式将在下文分别描述。
维修服务
免费服务范围:
凡符合迈瑞公司保修服务条例范围规定的产品皆可享受免费服务。
收费服务范围:
1 凡超出迈瑞公司保修服务条例范围规定的产品,迈瑞公司将实行收费服 务;
2 即使在保修期内,由于以下原因造成产品需要维修之情况:人为损坏;使 用不当;电网电压超出产品规定范围;不可抗拒的自然灾害;更换未经迈 瑞公司许可的配件、耗材或由非迈瑞公司授权人员维修机器。
包含消息类型oru域10包含一个唯一的文本字符串表示消息id域11包含处理idp表示产品域12定义消息使用的hl7版本231对于任意一种消息在msh段之后的段的顺序是有规定的下面几节将具体描述这些顺序
BS-300 全自动生化分析仪
用户接口使用说明书
知识产权
本使用说明书及其对应产品的知识产权属于深圳迈瑞生物医疗电子股份有限公司 (以下简称“迈瑞公司”)。
1.5 Minimal Lower Layer Protocol(MLLP)
本接口支持 HL7 的 Minimal Lower Layer Protocol (MLLP)。 MLLP 是 HL7 消息的一种封装方式。MLLP 协议由 HL7 标准规范定义。HL7 消息 封装方式为消息开始采用一个单字符,结束采用双字符。HL7 接口使用的字符为 HL7 标准的默认字符。 开始字符:十六进制<0B> 结束字符:十六进制<1C><0D>
BS-300自动生化仪标准操作规程V02.00.03

BS-320全自动生化分析仪标准操作规程V01。
03.03一、开机程序1开机前准备1.1检查清洗液是否足够。
1.2检查废液桶是否排空。
1.3检查送料仓中有无足够反应杯。
2开机2.1按下列顺序依次打开电源:主电源(分析部侧面靠后部)、分析部电源(分析部侧面靠前部)、计算机主机电源、计算机显示器电源、打印机电源。
2.2操作系统登录进入后,双击启动桌面上的BS-300操作程序,然后选择串口(COM1),输入用户名和密码登陆操作软件,默认管理员用户名为administrator,密码为bs300。
二、参数设置程序1,进行必须的系统参数设置;1.11.1.1在系统状态界面,可以查看仪器各部件状态,1.1.2在暗电流数据界面,仪器执行装载指定杯联;清洗。
1.21.2.1存量报警限、报警音量、自动进行质控测试、测试排序方式和手持条码输入;1.2.21.2.31.2.4LIS设置”界面,设置LIS通讯方式1.3"界面,设置医院的相关信息。
1.4,设置用户权限。
1.5设置默认打印机,设置项目在打印时的排列顺序。
2分析参数设置程序2.12.1.1项目参数2.1.1.1进行项目参数设置。
2.1.1.2项目编号:项目的编号,不可编辑,由系统自动增减。
2.1.1.3项目简称:项目的简要名称,为英文字母、数字、下划线组成。
2.1.1.4测定方法:下拉菜单选择“终点法",“动力学法",“固定时间法”。
为必须输入内容2.1.1.5反应方向:下拉菜单选择“上升"、“下降"。
为必须输入内容。
2.1.1.6结果单位:下拉菜单选择测试结果的单位。
为必须输入内容。
2.1.1.7小数位数:结果保留的小数位数,最小为零.2.1.1.8主波长:下拉菜单选择测试所用的主波长。
为必须输入内容.2.1.1.9次波长:下拉菜单选择测试所用的次波长,默认为空.2.1.1.10项目全称:项目的完整名称,可以为空。
迈瑞BS-300全自动生化分析仪常见报警、处理及常规保养

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中图分 类号 : 142 R9. 文献标 识码 - 文 章编 号 :06 07 (0 12 — 13 0 B 10— 99 2 1)10 0— 2
检查 样 本 盘 中样本 所 在 位 置是 否 正 确 , 本 量 样 深 圳迈 瑞 生物 医疗 电子 股份 有 限公 司生产 的 B 一0 S 30全 自动 测 到液 面 。处 理 :
. 女 6 血 C3 . /, 3 发 随着科学技术的发展, 血液细胞分析仪的普及, 白细胞 、 对 红 25彭 某 某 , ,O岁 , 常规 WB 1 GL 血 片观 察 , 现 幼 细胞 、 小板 及相 关 参数 的检 测 数据 便很 快 就能 得 出 。但 是 , 血 外 稚单核细胞, 结合临床 , 最后诊断 MD — A B t S R E —。 周 三 系有 异 常 情 况 时 , 液 细胞 分 析 仪 中 的“ 间细 胞” 不 一 26李 某某 , ,8 , 咬伤 , 血 中 值 . 男 2岁 蛇 血常 规 WB 1 G L N 5 M D C 6. / , 3%, I 8 定 会 超 出参数 范 围 。 细胞 形 态学 在 实际 工作 中往 往 被忽视 了 , 2 %,4 % , 片观 察 , 血 4 L1 血 手工 分 类 ,9 % L%。 N5 5 2 。 某某 , , , 常规 H 6GL 血 片 观察 , 现靶 形 红 7罗 男 2岁 血 B4 / , 发 以致造 成 漏诊 、 诊 的现 象常 常 发生 。 误
BS-300试剂规格 - 迈瑞

液体双剂型
120ml(3*30;1*30)
总胆汁酸(TBA)测定试剂盒
(第5代)循环酶法
液体双剂型
60ml(1*45;1*15)
总胆固醇(TC)测定试剂盒
氧化酶法
液体单剂型
300ml(6*50)
甘油三酯(TG)测定试剂盒
氧化酶法
液体单剂型
Glu-G:氧化酶法
液体单剂型
300ml(6*50)
葡萄糖(Glu)测定试剂盒
Glu-H:己糖激酶法
液体双剂型
300ml(4*50;2*50)
高密度脂蛋白-胆固醇(HDL-C)测定试剂盒
直接法(不受干扰物质影响)
液体双剂型
120ml(3*30;1*30)
低密度脂蛋白-胆固醇(LDL-C)测定试剂盒
300ml(6*50)
总蛋白(TP)测定试剂盒
双缩脲法
液体单剂型
300ml(6*50)
尿酸(UA)测定试剂盒
氧化酶法
液体单剂型
300ml(6*50)
尿素(UREA)测定试剂盒
紫外-谷氨酸脱氢酶法
液体双剂型
250ml(4*50;2*25)
无
机
离
子
类
钙(Ca)测定试剂盒
液体双剂型
60ml(1*45;1*15)
免疫球蛋白A(IgA)测定试剂盒
免疫透射比浊法(无需样品预稀释)
液体双剂型
60ml(1*40;1*20)
免疫球蛋白G(IgG)测定试剂盒
免疫透射比浊法(无需样品预稀释)
液体双剂型
条形码读取器BCL300i和BCL301i的01-10 2011版本50117107技术说明书

BCL300i and BCL301iBar code Readerse n 01-10/201150117107T E C H N I C A L D E S C R I P T I O N©All right s re s erved, e s peci a lly the right of reprod u ction, di s tri bu tion a nd tr a n s l a tion. Copying or reprod u ction s in a ny form req u ire the written con s ent of the m a n u f a ct u rer.Prod u ct n a me s us ed witho u t g ua r a ntee of free usab ility.Ch a nge s reflecting technic a l improvement s m a y b e m a de.Table of content s1General information (9)1.1Explanation of s ymbol s (9)1.2Declaration of conformity (9)2S afety notice s (10)2.1General s afety notice s (10)2.2S afety s tandard s (10)2.3Approved purpo s e (10)2.4Workin g s afely (11)3Fa s t commi ss ionin g / operatin g principle (13)3.1Mountin g the BCL300i \ BCL301i (13)3.2Device arran g ement and s election of the mountin g location (13)3.3Electrical connection BCL300i (14)3.4Electrical connection BCL301i (18)3.5S tartin g the device (22)3.6Bar code readin g (24)4Device de s cription (25)4.1About the bar code reader s of the BCL300i s erie s (25)4.2Characteri s tic s of the bar code reader s of the BCL300i s erie s (26)4.3Device con s truction (28)4.4Readin g technique s (32)4.4.1Line s c a nner (s ingle line) (32)4.4.2Line s c a nner with o s cill a ting mirror (33)4.4.3R as ter s c a nner (R as ter Line) (34)4.5S tandalone connectionBCL300i (35)4.6Networkin g - Leuze multiNet plu s BCL301i (36)4.7Leuze multi S can (36)4.8Heater (38)4.9External parameter memory (38)4.10autoReflAct (39)4.11Reference code s (39)4.12autoConfi g (40)Le u ze electronic BCL300i \ BCL301i1Table of content s5S pecification s (41)5.1General s pecification s of the bar code reader s (41)5.1.1Line s c a nner / r as ter s c a nner (41)5.1.2O s cill a ting-mirror s c a nner (43)5.1.3Line s c a nner / r as ter s c a nner with deflection mirror (43)5.2Heatin g model s of the bar code reader s (44)5.2.1Line s c a nner / r as ter s c a nner with he a ter (45)5.2.2O s cill a ting-mirror s c a nner with he a ting (45)5.2.3Line s c a nner / r as ter s c a nner with deflection mirror a nd he a ting (46)5.3Dimen s ioned drawin gs (47)5.3.1Dimen s ioned dr a wing of complete overview of the BCL300i \ BCL301i with M S3xx / MK3xx (47)5.3.2Dimen s ioned dr a wing of complete overview of the BCL300i \ BCL301i with KB301-3000 (47)5.3.3Dimen s ioned dr a wing of line s c a nner with / witho u t he a ting (48)5.3.4Dimen s ioned dr a wing of deflection mirror s c a nner with / witho u t he a ting (49)5.3.5Dimen s ioned dr a wing of o s cill a ting-mirror s c a nner with / witho u t he a ting (50)5.3.6Dimen s ioned dr a wing of M S3xx hood with integr a ted connector s /MK3xx termin a l hood515.3.7Dimen s ioned dr a wing of KB301-3000 c ab le hood (52)5.3.8Dimen s ioned dr a wing of MA100 termin a l b ox (53)5.4Readin g field curve s / optical data (54)5.4.1B a r code ch a r a cteri s tic s (54)5.4.2R as ter s c a nner (55)5.5Readin g field curve s (56)5.5.1High Den s ity (N) - optic s: BCL300i \ BCL301i S/R1 N102 (H) (57)5.5.2High Den s ity (N) - optic s: BCL300i \ BCL301i S/R1 N100 (H) (57)5.5.3High Den s ity (N) - optic s: BCL300i \ BCL301i ON100 (H) (58)5.5.4Medi u m Den s ity (M) - optic s: BCL300i \ BCL301i S/R1 M102 (H) (59)5.5.5Medi u m Den s ity (M) - optic s: BCL300i \ BCL301i S/R1 M100 (H) (59)5.5.6Medi u m Den s ity (M) - optic s: BCL300i \ BCL301i OM100 (H) (60)5.5.7Low Den s ity (F) - optic s: BCL300i \ BCL301i S/R1 F102 (H) (61)5.5.8Low Den s ity (F) - optic s: BCL300i \ BCL301i S/R1 F100 (H) (61)5.5.9Low Den s ity (F) - optic s: BCL300i \ BCL301i OF100 (H) (62)5.5.10Ultr a Low Den s ity (L) - optic s: BCL300i \ BCL301i S/R1 L102 (H) (63)5.5.11Ultr a Low Den s ity (L) - optic s: BCL300i \ BCL301i S/R1 L100 (H) (63)5.5.12Ultr a Low Den s ity (L) - optic s: BCL300i \ BCL301i OL100 (H) (64)2BCL300i \ BCL301i Le u ze electronicTable of content s6In s tallation and mountin g (65)6.1S tora g e, tran s portation (65)6.2Mountin g the BCL300i \ BCL301i (66)6.2.1F as tening with M4 x 5 s crew s (66)6.2.2BT 56 mo u nting device (67)6.2.3BT 59 mo u nting device (69)6.3Device arran g ement (70)6.3.1S electing a mo u nting loc a tion (70)6.3.2Avoiding tot a l reflection – Line s c a nner (71)6.3.3Avoiding tot a l reflection – deflection mirror s c a nner (71)6.3.4Avoiding tot a l reflection – o s cill a ting-mirror s c a nner (72)6.3.5Mo u nting loc a tion (72)6.3.6Device s with integr a ted he a ting (73)6.3.7Po ss i b le re a ding a ngle s b etween BCL300i \ BCL301i a nd ba r code (73)6.4Cleanin g (74)7Electrical connection (75)7.1S afety notice s for the electrical connection (77)7.2Electrical connection BCL300i (78)7.2.1M S300 hood with 2 integr a ted M12 connector s (78)7.2.2MK300 termin a l hood with s pring-lo a ded termin a l s (79)7.2.3MA100 termin a l b ox a nd corre s ponding KB301-3000 c ab le hood (81)7.2.4KB301-3000 c ab le hood (82)7.2.5S t a nd a lone oper a tionBCL300i (82)7.3Electrical connection BCL301i (83)7.3.1M S301 hood with 3 integr a ted M12 connector s (83)7.3.2MK301 termin a l hood with s pring-lo a ded termin a l s (84)7.3.3MA100 termin a l b ox a nd corre s ponding KB301-3000 c ab le hood (86)7.3.4Network oper a tion BCL301i in the Le u ze m u ltiNet pl us (87)7.4Detailed de s cription of the connection s (88)7.4.1PWR / S W IN/OUT - Volt a ge su pply a nd s witching inp u t/o u tp u t s 1 a nd 2 (88)7.4.2S ERVICE – U S B interf a ce (Mini-B type) (90)7.4.3HO S T/BU S IN for BCL300i (91)7.4.4HO S T/BU S IN for BCL301i (93)7.4.5BU S OUT for the BCL301i (94)7.5Leuze multiNet plu s (95)7.5.1Wiring the m u ltiNet pl us (96)7.5.2The BCL301i as network s l a ve (97)7.6Cable len g th s and s hieldin g (97)Le u ze electronic BCL300i \ BCL301i3Table of content s8Di s play element s and di s play (98)8.1LED indicator s BCL300i \ BCL301i (98)8.2Di s play BCL300i \ BCL301i (100)9Leuze webConfi g tool (102)9.1Connectin g the S ERVICE U S B interface (102)9.2In s tallin g the required s oftware (103)9.2.1S y s tem req u irement s (103)9.2.2In s t a lling the U S B driver (103)9.3S tartin g the webConfi g tool (104)9.4S hort de s cription of the webConfi g tool (105)9.4.1Mod u le overview in the Config u r a tion men u (105)10Commi ss ionin g and confi g uration (107)10.1BCL300i (108)10.1.1Me asu re s to b e performed prior to the initi a l commi ss ioning (108)10.1.2S t a rting the device (108)10.2BCL301i - multiNet plu s S lave (109)10.2.1Me asu re s to b e performed prior to the initi a l commi ss ioning (109)10.2.2S t a rting the device (109)10.3Additional s ettin gs for the BCL300i and the BCL301i (110)10.3.1Decoding a nd proce ss ing the re a d d a t a (110)10.3.2Control of the decoding (112)10.3.3Control of the s witching o u tp u t s (113)10.4Tran s mittin g confi g uration data (114)10.4.1Vi a the we b Config tool (114)10.4.2Repl a cing a defective BCL300i \ BCL301i (114)11Online command s (115)11.1Overview of command s and parameter s (115)11.1.1Gener a l 'online' comm a nd s (116)11.1.2’Online’ comm a nd s for s y s tem control (123)11.1.3’Online’ comm a nd s for config u r a tion of s witching inp u t s/o u tp u t s (124)11.1.4’Online’ comm a nd s for the p a r a meter s et oper a tion s (127)12Dia g no s tic s and trouble s hootin g (134)12.1General cau s e s of error s (134)12.2Interface error s (134)4BCL300i \ BCL301i Le u ze electronicTable of content s13Type overview and acce ss orie s (136)13.1Part number code (136)13.2BCL300i (137)13.3BCL301i (138)13.4Connection hood / terminal box acce ss orie s (139)13.5Acce ss ory terminatin g re s i s tor (139)13.6Acce ss ory connector s (139)13.7Acce ss ory U S B cable (139)13.8Acce ss ory mountin g device (139)13.9Reflector acce ss orie s for autoReflAct (139)13.10Acce ss ory ready-made cable s for volta g e s upply (140)13.10.1Cont a ct ass ignment of PWR connection c ab le (140)13.10.2S pecific a tion s of the c ab le s for volt a ge su pply (140)13.10.3Order code s of the c ab le s for volt a ge su pply (140)13.11Acce ss ory ready-made cable s for bu s connection (141)13.11.1Gener a l inform a tion (141)13.11.2Cont a ct ass ignment R S485, connection c ab le KB PB... for m u ltiNet pl us. (141)13.11.3Cont a ct ass ignment R S232, connection c ab le KB SS I/IB S (142)13.11.4Technic a l d a t a of interf a ce connection c ab le s (142)13.11.5Order code interf a ce connection c ab le (142)14Maintenance (144)14.1General maintenance information (144)14.2Repair s, s ervicin g (144)14.3Di s a ss emblin g, packin g, di s po s in g (144)15Appendix (145)15.1Declaration of Conformity (145)15.2A S CII character s et (147)15.3Bar code s ample s (151)15.3.1Mod u le 0.3 (151)15.3.2Mod u le 0.5 (152)Le u ze electronic BCL300i \ BCL301i5Fi g ure s and table sFigure 2.1:Attachment of the stick-on labels with warning notices at the BCL300i \ BCL301i (12)Figure 3.1:BCL300i - MS300 hood with integrated M12 connectors (14)Figure 3.2:BCL300i - MK300 terminal hood with spring-loaded terminals (15)Figure 3.3:Cable fabrication for MK300 terminal hood (15)Figure 3.4:BCL300i - MA100 terminal box with KB301-3000 cable hood (16)Figure 3.5:BCL300i - KB301-3000 cable hood (17)Figure 3.6:BCL301i - MS301 hood with integrated M12 connectors (18)Figure 3.7:BCL301i - MK301 terminal hood with spring-loaded terminals (19)Figure 3.8:Cable fabrication for MK301 terminal hood (19)Figure 3.9:BCL301i - MA100 terminal box with KB301-3000 cable hood (20)Figure 4.1:Line scanner, line scanner with deflection mirror and oscillating-mirror scanner (25)Figure 4.2:Possible bar code orientation (27)Figure 4.3:BCL300i \ BCL301i device construction - line scanner (28)Figure 4.4:BCL300i \ BCL301i device construction -line scanner with deflection mirror (28)Figure 4.5:BCL300i \ BCL301i device construction - oscillating-mirror scanner (29)Figure 4.6:Device construction MS300/MS301 hood with integrated connectors (30)Figure 4.7:Device construction MK300/MK301 hood with integrated connectors (30)Figure 4.8:KB301/3000 cable hood device construction (31)Figure 4.9:MA100 terminal box device construction (31)Figure 4.10:Deflection principle for the line scanner (32)Figure 4.11:Deflection principle for the line scanner with oscillating mirror add-on (33)Figure 4.12:Deflection principle for the raster scanner (34)Figure 4.13:Standalone connectionBCL300i (35)Figure 4.14:Networking possibilities using the multiNet plus (36)Figure 4.15:Scanner arrangement with the multiScan function (37)Figure 4.16:Reflector arrangement for autoReflAct (39)Table 5.1:Specifications of the BCL301i and BCL300i line/raster scanners without heating (41)Table 5.2:Specifications of the BCL301i and BCL300i oscillating-mirror scanners without heating (43)Table 5.3:Specifications of the BCL301i and BCL300i deflection-mirror scanners without heating (43)Table 5.4:Specifications of the BCL301i and BCL300i line/raster scanners with heating (45)Table 5.5:Specifications of the BCL301i and BCL300i oscillating-mirror scanners with heating (46)Table 5.6:Specifications of the BCL301i and BCL300i deflection-mirror scanners with heating (46)Figure 5.1:Dimensioned drawing of complete overview of the BCL300i \ BCL301i with MS3xx / MK3xx (47)Figure 5.2:Dimensioned drawing of complete overview of the BCL300i \ BCL301i with KB301-3000 (47)Figure 5.3:Dimensioned drawing BCL300i \ BCL301i line scanner S...102.. (48)Figure 5.4:Dimensioned drawing BCL300i \ BCL301i deflection mirror scanner S...100 (49)Figure 5.5:Dimensioned drawing BCL300i \ BCL301i oscillating mirror scanner O...100.. (50)Figure 5.6:Dimensioned drawing of MS3xx hood with integrated connectors / MK3xx terminal hood (51)Figure 5.7:Dimensioned drawing of KB301-3000 cable hood (52)Figure 5.8:Dimensioned drawing of MA100 terminal box (53)Figure 5.9:The most important characteristics of a bar code (54)Table 5.7:Raster line cover as a function of the distance (55)Figure 5.10:Zero position of the reading distance (56)Table 5.8:Reading conditions (56)Figure 5.11:"High Density" reading field curve for line scanner without deflection mirror (57)Figure 5.12:"High Density" reading field curve for line scanner with deflection mirror (57)Figure 5.13:"High Density" reading field curve for oscillating-mirror scanners (58)Figure 5.14:Lateral "High Density" reading field curve for oscillating-mirror scanners (58)6BCL300i \ BCL301i Le u ze electronicFi g ure s and table s Figure 5.15:"Medium Density" reading field curve for line scanner without deflection mirror (59)Figure 5.16:"Medium Density" reading field curve for line scanner with deflection mirror (59)Figure 5.17:"Medium Density" reading field curve for oscillating-mirror scanners (60)Figure 5.18:Lateral "Medium Density" reading field curve for oscillating-mirror scanners (60)Figure 5.19:"Low Density" reading field curve for line scanner without deflection mirror (61)Figure 5.20:"Low Density" reading field curve for line scanner with deflection mirror (61)Figure 5.21:"Low Density" reading field curve for oscillating-mirror scanners (62)Figure 5.22:Lateral "Low Density" reading field curve for oscillating-mirror scanners (62)Figure 5.23:"Ultra Low Density" reading field curve for line scanner without deflection mirror (63)Figure 5.24:"Ultra Low Density" reading field curve for line scanner with deflection mirror (63)Figure 5.25:"Ultra Low Density" reading field curve for oscillating-mirror scanners (64)Figure 5.26:Lateral "Ultra Low Density" reading field curve for oscillating-mirror scanners (64)Figure 6.1:Device name plate BCL300i \ BCL301i (65)Figure 6.2:Fastening options using M4x5 threaded holes (66)Figure 6.3:BT 56 mounting device (67)Figure 6.4:Mounting example of BCL300i \ BCL301i with BT56 (68)Figure 6.5:BT 59 mounting device (69)Figure 6.6:Total reflection – line scanner (71)Figure 6.7:Total reflection – line scanner (71)Figure 6.8:Total reflection – BCL300i \ BCL301i with oscillating mirror (72)Figure 6.9:Reading angle for the line scanner (73)Figure 7.1:Location of the electrical connections (76)Figure 7.2:BCL300i - MS300 hood with integrated M12 connectors (78)Figure 7.3:BCL300i - MK300 terminal hood with spring-loaded terminals (79)Figure 7.4:Cable fabrication for MK300 terminal hood (79)Figure 7.5:BCL300i - MA100 terminal box with KB301-3000 cable hood (81)Figure 7.6:BCL300i - KB301-3000 cable hood (82)Figure 7.7:BCL301i - MS301 hood with integrated M12 connectors (83)Figure 7.8:BCL301i - MK301 terminal hood with spring-loaded terminals (84)Figure 7.9:Cable fabrication for MK301 terminal hood (85)Figure 7.10:BCL301i - MA100 terminal box with KB301-3000 cable hood (86)Table 7.1:Pin assignment PWR / SW IN/OUT (88)Figure 7.1:Switching input connection diagram SWIO_1 and SWIO_2 (89)Figure 7.2:Switching output connection diagram SWIO_1 / SWIO_2 (90)Table 7.2:Pin assignment SERVICE – Mini-B type USB interface (90)Table 7.3:Pin assignment HOST / BUS IN BCL300i (91)Figure 7.3:BCL300i - Pin assignments - HOST / BUS IN as RS232 (92)Figure 7.4:BCL300i - Pin assignments - HOST / BUS IN as RS422 (92)Table 7.4:Pin assignment HOST / BUS IN BCL301i (93)Table 7.5:Pin assignment BUS OUTBCL301i (94)Figure 7.5:Leuze multiNet plus system topology (95)Figure 7.6:Leuze multiNet plus system topology (96)Table 7.6:Cable lengths and shielding (97)Figure 8.1:BCL300i \ BCL301i - LED indicators (98)Figure 8.2:BCL300i \ BCL301i - Display (100)Figure 9.1:Connecting the SERVICE USB interface (102)Figure 9.2:The start page of the webConfig tool (104)Figure 9.3:Module overview in the webConfig tool (105)Le u ze electronic BCL300i \ BCL301i7Fi g ure s and table sFigure 10.1:Storing configuration data in the webConfig tool (114)Table 12.1:General causes of errors (134)Table 12.2:Interface error (134)Table 13.2:Type overview BCL300i (137)Table 13.3:Type overview BCL301i (138)Table 13.4:Connection hoods / terminal boxes for the BCL300i \ BCL301i (139)Table 13.5:Terminating resistor for the BCL301i (139)Table 13.6:Connectors for the BCL300i \ BCL301i (139)Table 13.7:Service cable for the BCL300i \ BCL301i (139)Table 13.8:Mounting devices for the BCL300i \ BCL301i (139)Table 13.9:Reflector for autoReflAct operation (139)Table 13.10:PWR cables for the BCL300i \ BCL301i (140)Figure 13.11:Cable configuration multiNet plus connection cables (141)Table 13.12:Interface connection cable for the BCL300i \ BCL301i (142)Figure 15.1:Declaration of conformity BCL300i \ BCL301i (145)Figure 15.2:Connection hood / connector unit declaration of conformity (146)Figure 15.3:Bar code sample labels (module 0.3) (151)Figure 15.4:Bar code sample labels (module 0.5) (152)8BCL300i \ BCL301i Le u ze electronicGeneral information1General information1.1Explanation of s ymbol sThe s ym b ol s us ed in thi s technic a l de s cription a re expl a ined b elow.Attention!This symbol precedes text messages which must strictly be observed. Failure to comply with this information results in injuries to personnel or damage to the equipment.Attention Laser!This symbol warns of possible danger caused by hazardous laser radiation.Notice!This symbol indicates text passages containing important information.1.2Declaration of conformityThe ba r code re a der s of the BCL 300i s erie s h a ve b een developed a nd m a n u f a ct u red in a ccord a nce with the a pplic ab le E u rope a n s t a nd a rd s a nd directive s .Notice!You can find the Declaration of Conformity of the devices in the appendix of the manual on page 145.The m a n u f a ct u rer of the prod u ct, Le u ze electronic Gm b H & Co KG in D-73277 Owen,po ss e ss e s a certified q ua lity assu r a nce s y s tem in a ccord a nce with IS O 9001.S afety notice s2S afety notice s2.1General s afety notice sDocumentationAll entrie s in thi s technic a l de s cription m us t b e heeded, in p a rtic u l a r the pre s ent ch a pter "Sa fety notice s". Keep thi s technic a l de s cription in a sa fe pl a ce. It s ho u ld b e a v a il ab le a t a ll time s.Safety regulationsO bs erve the loc a lly a pplic ab le reg u l a tion s a nd the r u le s of the employer's li ab ility in su r a nce ass oci a tion.RepairRep a ir s m us t only b e c a rried o u t b y the m a n u f a ct u rer or a n au thorized repre s ent a tive.2.2S afety s tandard sThe ba r code re a der s of the BCL300i s erie s were developed, m a n u f a ct u red a nd te s ted ina ccord a nce with the a pplic ab le sa fety s t a nd a rd s. They corre s pond to the s t a te of the a rt.2.3Approved purpo s eAttention!The protection of personnel and the device cannot be guaranteed if the device is operated in a manner not corresponding to its intended use.B a r code re a der s of the BCL300i s erie s a re conceived as s t a tion a ry, high-s peed s c a nner swith integr a ted decoder s for a ll c u rrent ba r code s us ed for au tom a tic o b ject detection.In p a rtic u l a r, u n au thorized us e s incl u de:•in room s with explo s ive a tmo s phere s•oper a tion for medic a l p u rpo s e sAreas of applicationThe ba r code re a der s of the BCL300i s erie s a re e s peci a lly de s igned for the following a re as of a pplic a tion:•S tor a ge technology a nd m a teri a l s h a ndling, in p a rtic u l a r for o b ject identific a tion onf as t-moving tr a n s port s y s tem s•P a llet tr a n s port s y s tem s•A u tomo b ile s ector•Omnidirection a l re a dingS afety notice s2.4Workin g s afelyAttention!Access and changes to the device, except where expressly described in this operating manual, are not authorized.Safety regulationsO bs erve the loc a lly a pplic ab le leg a l reg u l a tion s a nd the r u le s of the employer's li ab ility in su r a nce ass oci a tion.Qualified personnelMo u nting, commi ss ioning a nd m a inten a nce of the device m us t only b e c a rried o u t b y q ua lified per s onnel.Electric a l work m us t b e c a rried o u t b y a certified electrici a n.Attention, laser radiation!If you look into the beam path over a longer time period, the retina of your eye may be damaged!Never look directly into the beam path!Do not point the laser beam of the BCL 300i \ BCL 301i at persons!When mounting and aligning the BCL 300i \ BCL 301i , avoid reflections of the laser beam off reflective surfaces!The BCL 300i \ BCL 301i bar code readers correspond to the EN 60825-1 safety standard for a class 2 laser systems. They also comply with the U.S.21CFR 1040.10regulations for a class II laser product except for deviations pursuant to Laser Notice No. 50, dated July 26, 2001.Radiant Energy: The BCL 300i \ BCL 301i uses a low power visible laser diode. The emitted wavelength is 655nm. The average laser power is less than 1mW in accordance with the definition of laser class 2.Adjustments: Do not attempt any adjustments to or alterations of this product.Do not remove the protective housing of the bar code reader. There are no user-serviceable parts inside.The glass optics cover is the only aperture through which laser radiation may be observed on this product. A failure of the scanner motor, while the laser diode continues to emit a laser beam, may cause emission levels to exceed those for safe operation. The bar code reader has protective devices to prevent this occurrence. If,however, a stationary beam is emitted, the failing bar code reader should be discon-nected from the voltage supply immediately.CAUTION: Use of controls or adjustments or performance of procedures other thanspecified herein may result in hazardous light exposure.S afety notice sThe use of optical instruments or devices in combination with the device increases the danger of eye damage!The housing of the BCL300i \ BCL301i is provided with warning notices A and B above and next to the reading window as shown in the following figure:Fig u re 2.1:Att achment of the s tick-on lab el s with wa rning notice sa t the BCL 300i \ BCL 301iABCL 300i \ BCL 301i Line s canner andM12 M S 3xx connection hoodBCL 300i \ BCL 301i with o s cillatin g mirror and M12 M S 3xx connection hoodBA W a rning: l as er a pert u re BN a me pl a teBCL 300i \ BCL 301i with deflection mirror and M12 M S 3xx connection hoodFa s t commi ss ionin g / operatin g principle3Fa s t commi ss ionin g / operatin g principleBelow yo u will find a s hort de s cription for the initi a l commi ss ioning of the BCL 300i \BCL 301i . Det a iled expl a n a tion s for a ll li s ted point s c a n b e fo u nd thro u gho u t thi s technic a l de s cription.3.1Mountin g the BCL 300i \ BCL 301iThe BCL 300i \ BCL 301i ba r code re a der s c a n b e mo u nted in two different w a y s :•Vi a fo u r M4x6 s crew s on the b ottom of the device.•Vi a a BT 56 mo u nting device in the f as tening groove on the b ottom of the ho us ing.3.2Device arran g ement and s election of the mountin g locationIn order to s elect the right mo u nting loc a tion, s ever a l f a ctor s m us t b e con s idered:•S ize, orient a tion, a nd po s ition toler a nce of the ba r code s on the o b ject s to b e s c a nned.•The re a ding field of the BCL 300i \ BCL 301i in rel a tion to the ba r code mod u le width.•The re su lting minim u m a nd m a xim u m re a ding di s t a nce from the re s pective re a ding field.•The permi ss i b le c ab le length s b etween the BCL 300i \ BCL 301i a nd the ho s t s y s tem depending on which interf a ce i s us ed.•The correct time for d a t a o u tp u t. The BCL 300i \ BCL 301i s ho u ld b e po s itioned in su ch a w a y th a t, t a king into con s ider a tion the time req u ired for d a t a proce ss ing a nd the conveyor b elt s peed, there i s su fficient time to e.g. initi a te s orting oper a tion s on the bas i s of the re a d d a t a .•The di s pl a y a nd control p a nel s ho u ld b e very vi s i b le a nd a cce ss i b le.•For config u ring a nd commi ss ioning with the we b Config tool, the U S B interf a ce s ho u ld b e e as ily a cce ss i b le.For s pecific inform a tion, ple as e refer to ch a pter 6 a nd ch a pter 7.Notice!The beam exits the BCL 300i \ BCL301i as follows for the respective devices:- line scanner parallel to the housing base- deflection mirror 105degrees to the housing base - oscillating mirror perpendicular to the housing base.The black areas in figure 6.2 are the housing base. The best read results are obtained when:•The BCL 300i \ BCL 301i is mounted in such a way that the scanning beam is inci-dent on the bar code at an angle of inclination greater than ±10°…15° to vertical.•The reading distance lies in the middle area of the reading field.•The bar code labels are of good print quality and have good contrast ratios.•You do not use high-gloss labels.•There is no direct sunlight.Fa s t commi ss ionin g / operatin g principle 3.3Electrical connection BCL 300iFor the electric a l connection of the BCL 300i , 4 connection v a ri a nt s a re a v a il ab le.The volta g e s upply (18…30VDC) i s connected a cc. to the connection type s elected.2 freely pro g rammable s witchin g input s /output s for individ ua l a d a pt a tion to the re s pec-tive a pplic a tion a re a l s o a v a il ab le here. Det a iled inform a tion on thi s topic c a n b e fo u nd in ch a pter 7.4.1 a nd ch a pter 7.4.3.MS 300 hood with 2 integrated M12 connectorsFig u re 3.1:BCL 300i - M S 300 hood with integr a ted M12 connector sNotice!The shielding connection is done via the M12 connector housing.Notice!The integrated parameter memory for the simple replacement of the BCL 300i is located in the MS 300.Mini-B U S B s ocket (b ehind protective c a p)M12 pl u g (A-coded)M12 pl u g (B-coded)Blind c a pHood with integr a ted connector sM S 300Fa s t commi ss ionin g / operatin g principleMK 300 terminal hood with spring-loaded terminalsFig u re 3.2:BCL 300i - MK 300 termin a l hood with s pring-lo a ded termin a l sNotice!The integrated parameter memory for simple exchange of the BCL 300i is located in the MK 300.Cable fabrication and s hieldin g connectionRemove a pprox.78mm of the connection c ab le s he a thing. 15mm of s he a th of the s hielded line m us t b e freely a cce ss i b le.Fig u re 3.3:C ab le f ab ric a tion for MK 300 termin a l hoodThe s hield i s au tom a tic a lly cont a cted when the c ab le i s le a d into the met a l s crew fitting a nd f as tened when the cord grip i s clo s ed. Then le a d the individ ua l wire s into the termin a l s a ccording to the di a gr a m. Wire end s leeve s a re not nece ssa ry.Termin a l hood MK 300SERVICE21354GNDD+D-VBID Mini-B U S B s ocket (b ehind protective c ap)T e r m i n a l b l o c k P W R / S W I N /O U TT e r m i n a l b l o c k H O S T / B U S I NTermin a l de s ign a tionMK 300。
迈瑞BS300操作

然后到测试状态下选定样品盘号选中定标测试编译,点击全部选中编译测试开始。
注意:
1.定标模式若选Spline、Log4p、5p,定标时一定要有0点,且0点的浓度只能是0。
2.新试验项目必须做试剂空白
3.试验最好使用仪器厂商配套的比色杯
迈瑞BS-300
1、工作设置项目管理增加项目:设置参数
试剂管理:设置R1/R2位置
定标设置:
2、定标设置定标液管理增加定标液设置定标液浓度
设置样本位(定标液的位置)
5号样品盘“其他”选定位置(S1-S6)
测试设置测试申请参数
参与测试定标液
3、日常操作试剂空白样本盘(选定定标液放置的盘号)点击项目申请然后到测试状态下选定样品盘号选中空白测试编译,点击全部选中编译测试开始。
LIS协议接口手册(中文)
产品操作按照本使用说明书进行。
1
保修及维修服务
所购产品的保修期以销售合同为准。耗材:指在每次使用后需要更换的一次性消 耗材料或定期更换的易损材料,耗材没有保修。 保修期限从产品附随的《设备保修卡》上填写的“安装日期”起算,《设备保修 卡》是计算保修期限的唯一凭证。为了维护您的权益,请您在设备安装完成后填 写保卡,并将保卡第二联(“迈瑞公司留存”联)交给安装人员或邮寄回迈瑞公 司用户服务部。 请您留意下列情况将不在保修范围: 客户在装机验收完成 30 天内未填写和返回设备保修卡; 客户所提供的设备系列号不正确(我公司以设备系列号确认是否保修)。 保修期内,产品皆可享受免费售后服务;但请您留意,即使在保修期内,由于以 下原因造成产品需要维修之情况,迈瑞公司将实行收费维修服务,您需要支付维 修费及配件费: 人为损坏; 使用不当; 电网电压超出产品规定范围; 不可抗拒的自然灾害; 更换或使用未经迈瑞公司认可的部件、附件、耗材或由非迈瑞公司授权人员
1.3 通信过程和消息示例 .............................................................................................. 36
1.3.1
发送测试结果消息示例........................................................................ 36
4
读者
本手册的读者对象为进行 LIS(实验室信息系统)与迈瑞 BS 系列全自动生化分 析仪(以下简称 BS 生化仪)互联的开发人员以及需要了解 BS 生化仪 HL7 或 ASTM 接口的人员。本接口手册用于指导 LIS 系统开发商开发 LIS 的 BS 生化仪 器接口,使得其 LIS 系统能够同 BS 生化仪进行互联,实现数据的交换。开发者 需要具备一定的 LIS、HL7 或 ASTM 标准相关知识以及网络编程的能力。网络 层通讯协议为 TCP/IP,应用层协议为 HL7 version 2.3.1 或 ASTM E1394-97。
BS-400LIS协议接口手册(01.03.14适用)
全自动生化分析仪 Chemistry Analyzer
LIS 协议接口手册 LIS Interface Manual
说明
感谢您购买全自动生化分析仪。 使用产品前,请仔细阅读本使用说明书的内容,以便正确使用该产品。 阅读后妥善保存本说明书,并将本说明书放置于便于获取的位置,以便随时 查阅。 产品名称:全自动生化分析仪 规格型号:BS 系列全自动生化分析仪 本使用说明书发行日期: 2009-12
ASTM通 讯.................................................................................................. 2-7
2.2.1 2.2.2 2.2.3
ASTM协议介绍............................................................................ 2-7 ASTM 数据帧格式...................................................................... 2-8 ASTM记录类型介绍.................................................................... 2-9
i
2.3
通信过程和消息示例................................................................................. 2-23
BS300简明操作_doc_1
BS300简明操作⒈测定前检查:电源电压检查、主机、计算机和打印机间的通讯线和电源线检查、打印纸检查、试剂针、样本针和搅拌杆检查、液路接头及液路检查、清洗液和废液桶的检查、送料仓中有无足够反应杯、样本盘和试剂盘稀释位上稀释液是否足够。
⒉添加清洗液,添加反应杯:⒊开机:按下列顺序依次打开电源:主电源(分析部侧面靠后部)、分析部电源(分析部侧面靠前部)、计算机主机电源、计算机显示器电源、打印机电源。
⒋运行操作程序:双击桌面上的BS-300操作程序,BS-300将按下面进程进行开机初始化及反应盘升温,约需15分钟,完成后进入待机状态:1、参数下载、各部分握手通讯、各单元自检、各模块复位,初始化数据库、系统环境和打印机;2、读取各波长暗电流;3、开灯,抓出第一联反应杯,读取各波长本底,判断灯泡状况;4、放入新反应杯,读取新杯吸光度,标记出脏杯;5、检测清洗液和废液状况、检测送料仓状况;6、执行默认的普通清洗模式:清洗试剂针、样本针和搅拌杆内外壁1次;7、反复询问反应盘温度,并显示反应盘温度值,达到设定温度后在状态栏显示“待机”状态,否则显示“孵育中”。
注意:1、开机初始化完成后,用户可以立即开始测定申请,但在温度及光源未稳定前,不要开始测试,否则难以保证结果的准确性。
2、欲获得准确的测定结果,请待主界面右上角的状态栏显示为“待机”,且确保已开机半小时(待光源稳定)后才开始测试。
⒌系统设置:按主菜单[系统管理]----[系统设置]进入系统设置子窗口。
⒍医院设定:按主菜单[系统管理]----[医院设定]进入医院设置子窗口,分为医院信息、医生资料和医生信息一览三个书签。
⒎项目、定标、质控参数和试剂位设定⒏ 打印设置:按主菜单[系统管理]----[打印设置],进入打印设置的操作界面。
包括病人报告打印设置、项目信息打印设置和其它打印属性设置三个部分。
其它打印属性设置主要用来设置各项目(包括计算项目)在病人和项目报告单上的打印顺序和设置默认打印机。
迈瑞试剂BS-300系列参数表
试剂 1 量(ul)
200 200 200 200 200 300 196 200 196 200 270 300
700 5
240
700 4
200
700 18
180
700 10
200
700 6
180
546 5
200
546 20/10 200
546 10
240
700 10
240
670 3
240
700 3
5
200
670
3
300
/
3
300
/
3
300
/
17
200
/
7
200
/
3
200
/
3
200
/
3
200
/
3
200
/
3
200
/
5
180
/
25
225
/
10
180
670
3
240
/
3
240
700
4
200
试剂 2 量(ul)
75 75 100 100 30 / 50 / / / 50 75 100 75 100 100 50 90 / 90 60 60 200
/
0 3.2
/ SPLINE
/
0 0.56 / SPLINE
/
0 5.5
/ SPLINE
/
0 34.5 / SPLINE
/
0 4.8
/ SPLINE
/
1 200 / 两点线性
/
0.5 300 / 单点线性
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符号
注意:
含义
用来说明操作步骤中的重要信息或其他需要提 醒用户注意的内容。
3
目录
前言 ....................................................................................................................................... 3
BS-300 全自动生化分析仪
用户接口使用说明书
知识产权
本使用说明书及其对应产品的知识产权属于深圳迈瑞生物医疗电子股份有限公司 (以下简称“迈瑞公司”)。
© 2006 深圳迈瑞生物医疗电子股份有限公司 版权所有
未经迈瑞公司书面同意,任何个人或组织不得复制、修改或翻译本使用说明书的 任何部分。
,
,
1.5 Minimal Lower Layer Protocol(MLLP)
本接口支持 HL7 的 Minimal Lower Layer Protocol (MLLP)。 MLLP 是 HL7 消息的一种封装方式。MLLP 协议由 HL7 标准规范定义。HL7 消息 封装方式为消息开始采用一个单字符,结束采用双字符。HL7 接口使用的字符为 HL7 标准的默认字符。 开始字符:十六进制<0B> 结束字符:十六进制<1C><0D>
6
第2章 单向传输
单向传输主要实现全自动生化分析仪传输数据至外部系统(如 LIS)。数据传输的 方式有测试时的实时传输和对历史结果的批量传输。
注意:
在系统设置中设置允许实时传输,并且有测试在进行时,不允许进行 批量传输。其它情况下都可以进行批量传输。 HL7 支持许多消息类型,但在单向传输方式中只用到一种消息。
1.2 HL7 底层协议
TCP/IP 是一个字节流协议,它并不提供消息边界。HL7 作为上层协议是基于消息 的,但它也没有提供消息终止机制。为了确定消息边界,我们使用最小的底层协 议(HL7 Interface Standards Version 2.3.1 对此也有相应的描述)。
通讯层
消息被以下面的格式传送: <SB> ddddd <EB><CR> 其中,
读者 ...............................................................................................................................3 内容 ...............................................................................................................................3 约定 ...............................................................................................................................3
迈瑞 HL7 接口概述............................................................................. 5
迈瑞 HL7 接口支持的消息................................................................................ 5 HL7 底层协议 .................................................................................................. 5 HL7 标准不符合项 ........................................................................................... 6 HL7 申明.......................................................................................................... 6 Minimal Lower Layer Protocol(MLLP)......................................................... 6
目录 ....................................................................................................................................... 4
第1章
1.1 1.2 1.3 1.4 1.5
2.1 消息语法
本使用说明书发行日期:2006-03,版本:1.0。
读者
本使用说明书的读者对象为进行 LIS(实验室信息系统)开发的人员以及需要了解 迈瑞 HL7 接口的人员。
内容
本使用说明书为 BS-300 全自动生化分析仪 HL7 接口使用说明书。本使用说明书 主要介绍迈瑞 HL7 接口协议的相关内容。
约定
下表中列出本使用说明书中使用的符号,该符号和文字一起使用。
SmarTemp 是迈瑞公司的注册商标或者商标。
声明
迈瑞公司对本使用说明书拥有最终解释权。
在满足下列全部要求的情况下,迈瑞公司才认为应对产品的安全性、可靠性和性 能负责,即:
1 装配操作、扩充、重调、改进和修理均由迈瑞公司认可的人员进行; 2 有关的电气设备符合国家标准; 3 产品操作按照本使用说明书进行。
2
前言
使用本系统前,请仔细阅读并理解本使用说明书的内容,以便正确使用该系统。 阅读后妥善保存本说明书,并将本说明书放置于便于获取的位置。
产品名称:全自动生化分析仪 规格型号:BS-300 产品注册号:粤食药监械(准)字 2004 第 2400008 号(更) 产品标准号:YZB/粤 0058-2003 生产许可证编号:粤食药监械生产许 20010352 号 注册地址:深圳市南山区高新技术产业园区科技南十二路迈瑞大厦 生产地址:深圳市南山区留仙大道红花岭工业北区 A3 栋
1.4 HL7 申明
HL7 中规定,数据接收方必须对任何消息返回一个确认消息给数据提供方。具体 模式分为原始模式和增强模式两种,这里不详细描述。
注意:
确认机制并没有改善 TCP/IP 连接的可靠性,因为 TCP/IP 是一个容 错传输协议。
由于数据接收方可能发送确认消息,所以迈瑞 HL7 接口在这点上符合 HL7 标准。 但迈瑞 HL7 接口不要求用户系统发送这样的确认消息。对于没有得到确认的消息, 迈瑞 HL7 接口也不重发或采取其它措施。
第2章
2.1 2.2 2.3 2.4
单向传输............................................................................................. 7
消息语法.......................................................................................................... 7 数据类型.......................................................................................................... 8 支持的 HL7 消息 ............................................................................................ 11 消息示例........................................................................................................ 17
1
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<EB> = End Block character (1 byte) ASCII <FS>,即<0x1C>。不要和 ASCII 字符 ETX 或 EOT 混淆。
<CR> = Carriage Return (1 byte) ASCII 回车符,即<0x0D>。
1.3 HL7 标准不符合项
作为 CMS 的数据提供方,迈瑞 HL7 接口发送的数据并不完全符合 HL7 v2.3.1, 有一个不符合项。 PID段:由于BS-300在病人信息中记录的是病人的年龄,而不是出生日期,所以 在PID中将出生日期字段作为病人的年龄字段来处理,格式为:YY。
<SB> = Start Block character (1 byte) ASCII <VT>,即<0x0B>。不要和 ASCII 中的字符 SOH 或 STX 混淆。