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Global: ^LAB(62.4

Package: Lab Service

Global: ^LAB(62.4


Information

FileMan FileNo FileMan Filename Package
62.4 AUTO INSTRUMENT Lab Service

Description

Directly Accessed By Routines, Total: 190

Package Total Routines
Automated Lab Instruments 168 LA1103    LA23    LA7ADL    LA7ADL1    LA7ADLS    LA7PCFG    LA7UCFG    LA7UID
LA7UID2    LA7UIIN1    LA7UIIN2    LA7UIO1    LA7UTIL    LA7VHLU8    LA7VIN4    LA7VIN5
LA7VSET    LAABL3    LAABL500    LAACA    LAACA4    LAAIMX    LAALTA    LAASTRA
LAB    LABALARM    LABCX4B    LABCX4D    LABCX4I    LABCX4XX    LABERRP    LABINIT
LABIOH    LABIOU    LABITKU    LABL330    LABMD87P    LABTEST    LAC178    LAC178HP
LACBIO    LACCHEM6    LACD1600    LACD3500    LACEL8E    LACFARA    LACHEM1    LACL5500
LACLNTE    LACLNTEK    LACLT200    LACLT20P    LACMIRA    LACMIRAS    LACOAGX2    LACOARA4
LACOLT    LACOLT1    LACOLT2    LACOLT24    LACOLT3    LACOLT5    LACOLT6    LACOLTSE
LACOLTSS    LACTDMS    LADACOS    LADEKT7B    LADIMPI    LADJOB    LADKERMI    LADMND
LADOWN    LADOWN1    LAE4A    LAEKT4    LAEKT7    LAEKT7B    LAEKT7P    LAELT
LAELT8D    LAEPXPXX    LAERA    LAEXEC    LAFARA2    LAH1    LAH480    LAH6K
LAH705    LAH717U    LAH737    LAH747    LAHLOG    LAHT1K    LAHT1KD    LAHTCCA
LAHTRK    LAJOB    LAJOB1    LAKDA    LAKDIFF    LAKERMIT    LAKOAG40    LAKUR
LAL13    LAL1306    LAL1312    LAL508    LAL943    LALBG3    LAMIAUT6    LAMICRA
LAMIV10    LAMIV11    LAMIV12    LAMIVT5    LAMIVT6    LAMIVTE6    LAMIVTK    LAMIVTK6
LAMIVTKU    LAMIVTLP    LAMLA1KC    LAMLA7    LAMODH    LAMODU    LAMODUT    LAMONARK
LAMSA    LAMSA1    LAMSTAT    LANOVA    LANOVST    LAPARA    LAPARAP    LAPER
LAPMAX    LAPMAXD    LAPORT33    LAPORTXX    LAPX    LARA1K    LARA2K    LARAPMT
LAS550    LAS790    LASCT    LASET    LASMA12    LASMA2    LASMA2C    LASMAC4
LASMACA    LASP120    LASPEC    LASTATUS    LASTRA    LASYS8K    LASYSMEX    LATDX
LATDX1    LATOA    LAWATCH    LAXSYM    LAXSYMBL    LAXSYMHQ    LAXSYMU    LAYIRIS
Lab Service 18 DRUG    LABORATORY TESTS    LR302A    LRCAPVM    LRCKF68    LRCKF68A    LRCKFLA    LRLAM
LRQCC    LRSETUP    LRWU8    LRWU9    ^LAB(62.4    LRSTATUS    MESSAGE    MICRO CARD TYPE
ORGANISM    SITE NOTES DATE    
Medicine 2 MCARAM    MCARASE    

Accessed By FileMan Db Calls, Total: 13

Package Total Routines
Automated Lab Instruments 10 LA7PCFG    LA7UCFG    LA7VSET    LA7VSTP1    LABTEST    LADOWN    LAMICRA    LAMIVTL0
LASTATUS    LAWATCH    
Lab Service 3 LRQCC    LRSETUP    LRSTATUS    

Pointed To By FileMan Files, Total: 2

Package Total FileMan Files
Lab Service 2 AUTO INSTRUMENT(#62.4)[100]    ACCESSION(#68)[#68.07(.01)#68.09(.01)]    

Pointer To FileMan Files, Total: 11

Package Total FileMan Files
Lab Service 9 LABORATORY TEST(#60)[106#62.41(.01)]    TOPOGRAPHY FIELD(#61)[#62.41(8)]    ETIOLOGY FIELD(#61.2)[#62.44(.01)]    URGENCY(#62.05)[#62.41(9)]    ANTIMICROBIAL SUSCEPTIBILITY(#62.06)[#62.46(.01)]    AUTO INSTRUMENT(#62.4)[100]    WKLD SUFFIX CODES(#64.2)[.14]    ACCESSION(#68)[11#62.41(7)]    LOAD/WORK LIST(#68.2)[3]    
Automated Lab Instruments 1 LA7 MESSAGE PARAMETER(#62.48)[8]    
Kernel 1 DEVICE(#3.5)[129]    

Fields, Total: 45

Field # Name Loc Type Details
.001 NUMBER NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>999)!(X<1)!(X?.E1"."1N.N) X
  • HELP-PROMPT:  TYPE A WHOLE NUMBER BETWEEN 1 AND 999
  • DESCRIPTION:  
    The internal number for this auto instrument.  It ties the routines running on a line or data concentrator to this particular file for the rest of the information within the file.
.01 NAME 0;1 FREE TEXT
************************REQUIRED FIELD************************

  • INPUT TRANSFORM:  K:$L(X)>30!(+X=X)!($L(X)<3)!'(X'?1P.E)!(X'?.ANP) X
  • LAST EDITED:  FEB 09, 1989
  • HELP-PROMPT:  NAME MUST BE 3-30 CHARACTERS, NOT NUMERIC OR STARTING WITH PUNCTUATION
  • DESCRIPTION:  
    The name of the instrument.
  • CROSS-REFERENCE:  62.4^B
    1)= S ^LAB(62.4,"B",$E(X,1,30),DA)=""
    2)= K ^LAB(62.4,"B",$E(X,1,30),DA)
.02 VENDOR CARD ADDRESS 9;9 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>7!($L(X)<1) X
  • LAST EDITED:  SEP 15, 1995
  • HELP-PROMPT:  Answer must be 1-7 characters in length.
  • DESCRIPTION:  The vendor card address should be stored in this field for Lab HL7
    message downloads using Lab Universal Interface software.
.04 SHORT ACCESSION # LENGTH 9;10 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>10)!(X<1)!(X?.E1"."1N.N) X
  • LAST EDITED:  FEB 20, 1996
  • HELP-PROMPT:  Type a Number between 1 and 10, 0 Decimal Digits
  • DESCRIPTION:  
    This field should be used to pad accession numbers based on the fixed length entered for this instrument.
.14 WKLD METHOD SUF;1 POINTER TO WKLD SUFFIX CODES FILE (#64.2) WKLD SUFFIX CODES(#64.2)

  • LAST EDITED:  AUG 17, 1994
  • DESCRIPTION:  
    Indicate what method the system should use as a default value for workload identification purposes.
  • CROSS-REFERENCE:  ^^TRIGGER^62.4^.15
    1)= K DIV S DIV=X,D0=DA,DIV(0)=D0 S Y(1)=$S($D(^LAB(62.4,D0,"SUF")):^("SUF"),1:"") S X=$P(Y(1),U,2),X=X S DIU=X K Y X ^DD(62.4,.14,1,1,1.1) X ^DD(62.4,.14,1,1,1.4)
    1.1)= S X=DIV S X=$P(^LAB(64.2,DIV,0),U)
    1.4)= S DIH=$S($D(^LAB(62.4,DIV(0),"SUF")):^("SUF"),1:""),DIV=X S $P(^("SUF"),U,2)=DIV,DIH=62.4,DIG=.15 D ^DICR:$O(^DD(DIH,DIG,1,0))>0
    2)= K DIV S DIV=X,D0=DA,DIV(0)=D0 S Y(1)=$S($D(^LAB(62.4,D0,"SUF")):^("SUF"),1:"") S X=$P(Y(1),U,2),X=X S DIU=X K Y S X="" X ^DD(62.4,.14,1,1,2.4)
    2.4)= S DIH=$S($D(^LAB(62.4,DIV(0),"SUF")):^("SUF"),1:""),DIV=X S $P(^("SUF"),U,2)=DIV,DIH=62.4,DIG=.15 D ^DICR:$O(^DD(DIH,DIG,1,0))>0
    CREATE VALUE)= S X=$P(^LAB(64.2,DIV,0),U)
    DELETE VALUE)= @
    FIELD)= WKLD CODE METHOD NAME
  • CROSS-REFERENCE:  ^^TRIGGER^62.4^.16
    1)= K DIV S DIV=X,D0=DA,DIV(0)=D0 S Y(1)=$S($D(^LAB(62.4,D0,"SUF")):^("SUF"),1:"") S X=$P(Y(1),U,3),X=X S DIU=X K Y X ^DD(62.4,.14,1,2,1.1) X ^DD(62.4,.14,1,2,1.4)
    1.1)= S X=DIV S X=$P(^LAB(64.2,DIV,0),U,2)
    1.4)= S DIH=$S($D(^LAB(62.4,DIV(0),"SUF")):^("SUF"),1:""),DIV=X S $P(^("SUF"),U,3)=DIV,DIH=62.4,DIG=.16 D ^DICR:$O(^DD(DIH,DIG,1,0))>0
    2)= K DIV S DIV=X,D0=DA,DIV(0)=D0 S Y(1)=$S($D(^LAB(62.4,D0,"SUF")):^("SUF"),1:"") S X=$P(Y(1),U,3),X=X S DIU=X K Y S X="" X ^DD(62.4,.14,1,2,2.4)
    2.4)= S DIH=$S($D(^LAB(62.4,DIV(0),"SUF")):^("SUF"),1:""),DIV=X S $P(^("SUF"),U,3)=DIV,DIH=62.4,DIG=.16 D ^DICR:$O(^DD(DIH,DIG,1,0))>0
    CREATE VALUE)= S X=$P(^LAB(64.2,DIV,0),U,2)
    DELETE VALUE)= @
    FIELD)= WKLD CODE SUFFIX
.15 WKLD CODE METHOD NAME SUF;2 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>40!($L(X)<1) X
  • LAST EDITED:  DEC 21, 1990
  • HELP-PROMPT:  Answer must be 1-40 characters in length.
  • DESCRIPTION:  
    This field is automatically filled in when a selection of wkld code method name is made. I represents an eye readable name of the code selected.
    WRITE AUTHORITY:  ^
  • NOTES:  TRIGGERED by the WKLD METHOD field of the AUTO INSTRUMENT File
.16 WKLD CODE SUFFIX SUF;3 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>5!($L(X)<4) X
  • LAST EDITED:  JUL 07, 1992
  • HELP-PROMPT:  Answer must be 4-5 characters in length.
  • DESCRIPTION:  
    Indicate what suffix should be used as a default value for this instrument.
    WRITE AUTHORITY:  ^
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
    TRIGGERED by the WKLD METHOD field of the AUTO INSTRUMENT File
1 ECHO DEVICE 0;2 POINTER TO DEVICE FILE (#3.5) DEVICE(#3.5)

  • INPUT TRANSFORM:  K:$L(X)>20!($L(X)<1) X I $D(X) S DIC(0)="EMQ" D ^DIC S X=$P(Y,U,2),DIC=DIE K:Y<1 X
  • LAST EDITED:  APR 30, 1987
  • HELP-PROMPT:  Enter the name of the device to echo input to. If this is a system line, this is the name of the computer port the LSI is connected to.
  • DESCRIPTION:  This is the port name under ZIS which would echo the information from the
    automated instrument which has gone through the data concentrating device
    to the main computer back to the laboratory to indicate that all the data
    lines are intact, and that the values are actually getting all the way
    back to the computer.
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
2 PROGRAM 0;3 FREE TEXT

  • INPUT TRANSFORM:  K:X[""""!(X'?.ANP)!(X<0) X I $D(X) K:$L(X)>8!($L(X)<2) X I $D(X) S %=$O(^LAB(62.4,"C",X,0)) K:%>0&(%<100) X
  • LAST EDITED:  JUN 18, 1999
  • HELP-PROMPT:  ANSWER MUST BE 2-8 CHARACTERS IN LENGTH
  • DESCRIPTION:  The name of the processing program for this instrument. The program name must be unique for each entry in this file. The program that monitors the data coming from the instruments is designated LAB. It is run by the task
    manager and runs continuously.
  • EXECUTABLE HELP:  W !,"Name can't be used twice:" S X="" F I=0:0 S X=$O(^LAB(62.4,"C",X)) Q:X="" W !?5,X,?15,$O(^(X,0))
    WRITE AUTHORITY:  @
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
  • CROSS-REFERENCE:  62.4^C
    1)= S ^LAB(62.4,"C",$E(X,1,30),DA)=""
    2)= K ^LAB(62.4,"C",$E(X,1,30),DA)
3 LOAD/WORK LIST 0;4 POINTER TO LOAD/WORK LIST FILE (#68.2)
************************REQUIRED FIELD************************
LOAD/WORK LIST(#68.2)

  • LAST EDITED:  FEB 18, 1986
  • DESCRIPTION:  
    This points to the single worklist where processed data from the LA global is to be directed.
  • CROSS-REFERENCE:  62.4^AD^MUMPS
    1)= I $P(^LAB(62.4,DA,0),U,6)="SEQN" S ^LRO(68.2,"AS",X,DA)=""
    2)= K ^LRO(68.2,"AS",X,DA)
5 ENTRY for LAGEN ROUTINE 0;6 SET
************************REQUIRED FIELD************************
  • 'LOG' FOR Accession cross-reference;
  • 'LLIST' FOR Tray-cup or sequence x-ref;
  • 'IDENT' FOR Invoice number cross-reference;
  • 'SEQN' FOR Run order;

  • LAST EDITED:  FEB 18, 1986
  • HELP-PROMPT:  Use the one that matches the way your lab runs this instrument..
  • DESCRIPTION:  
    This is a line label in the LAGEN routine designating the entry point.
  • EXECUTABLE HELP:  W !,"Most LABs will use the LOG or LLIST method."
  • CROSS-REFERENCE:  62.4^AS^MUMPS
    1)= I $P(^LAB(62.4,DA,0),U,4),X="SEQN" S ^LRO(68.2,"AS",$P(^(0),U,4),DA)=""
    2)= I X="SEQN" K ^LRO(68.2,"AS",+$P(^LAB(62.4,DA,0),U,4),DA)
6 CROSS LINKED BY 0;7 FREE TEXT
************************REQUIRED FIELD************************

  • INPUT TRANSFORM:  K:$L(X)>40!($L(X)<2) X I $D(X) S LR=X,X="S X="_LR D ^DIM S:$D(X) X=LR
  • LAST EDITED:  JUL 22, 1985
  • HELP-PROMPT:  ANSWER MUST BE 2-40 CHAR. VARIABLE NAME (ID, IDE, CUP)
  • DESCRIPTION:  The variable internal to the the Program (field 2), contains the value used in the Entry for LAGEN Routine (field 5). This entry is generally supplied when the program is written for the instrument. Also see
    documentation on LAPX routine in technical manual.
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
8 MESSAGE CONFIGURATION 0;8 POINTER TO LA7 MESSAGE PARAMETER FILE (#62.48) LA7 MESSAGE PARAMETER(#62.48)

  • LAST EDITED:  MAY 16, 1994
  • HELP-PROMPT:  Enter a configuration to use when sending or receiving messages.
9 *ECHO ALL INPUT 0;9 SET
  • '0' FOR NO;
  • '1' FOR YES;

  • LAST EDITED:  JAN 15, 1985
  • HELP-PROMPT:  A YES WILL HAVE ALL INPUT STRINGS ECHOED TO THE ECHO DEVICE.
  • DESCRIPTION:  
    If this field is set, then all input strings to the LA routine will be echoed to the echo device.  That is, all raw data from the instrument will be echoed before any cross-referencing is done.
10 METHOD 0;10 FREE TEXT

  • INPUT TRANSFORM:  K:X[""""!($A(X)=45) X I $D(X) K:$L(X)>10!($L(X)<1) X
  • LAST EDITED:  JAN 19, 1984
  • HELP-PROMPT:  ANSWER MUST BE 1-10 CHARACTERS IN LENGTH
  • DESCRIPTION:  
    This is the name of the method or instrument used.
  • CROSS-REFERENCE:  62.4^D
    1)= S ^LAB(62.4,"D",$E(X,1,30),DA)=""
    2)= K ^LAB(62.4,"D",$E(X,1,30),DA)
11 DEFAULT ACCESSION AREA 0;11 POINTER TO ACCESSION FILE (#68) ACCESSION(#68)

  • INPUT TRANSFORM:  S DIC("S")="I '$L($P(^(0),U,17))" D ^DIC K DIC S DIC=DIE,X=+Y K:Y<0 X
  • LAST EDITED:  JAN 05, 1992
  • DESCRIPTION:  
    This field contains the default accession list name for this instrument.  Points to FILE #68.
  • SCREEN:  S DIC("S")="I '$L($P(^(0),U,17))"
  • EXPLANATION:  You can not select an accession areaa designated Work Area Only.
12 OVERLAY DATA 0;12 SET
  • '0' FOR NO;
  • '1' FOR YES;

  • LAST EDITED:  MAY 14, 1984
  • DESCRIPTION:  
    Setting this field to YES will cause a rerun of instrument data to overlay existing data.
18 STORE REMARKS 0;17 SET
  • '0' FOR NO;
  • '1' FOR YES;

  • LAST EDITED:  AUG 31, 2001
  • HELP-PROMPT:  Answer 'Yes" if you want specimen comments to be stored.
  • DESCRIPTION:  This field controls if comments that are associated with an accession or specimen are stored with the results. The default is NO.
    There is a similar companion field at the test level which controls comments associated with tests results.
20 NEW DATA 1;E1,200 MUMPS

  • INPUT TRANSFORM:  K:$L(X)>200!($L(X)<2) X D ^DIM:$D(X)
  • LAST EDITED:  OCT 16, 1990
  • HELP-PROMPT:  NORMAL INSTRUMENT ENTER 'D NEW^LASET'
  • DESCRIPTION:  
    This is a string of executable code which is used whenever a new string of data starts to come from the automated instrument.
    WRITE AUTHORITY:  @
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
25 RESTART 2;E1,200 MUMPS

  • INPUT TRANSFORM:  K:$L(X)>200!($L(X)<2) X D ^DIM:$D(X)
  • LAST EDITED:  OCT 16, 1990
  • HELP-PROMPT:  ANSWER MUST BE 2-200 CHARACTERS IN LENGTH
  • DESCRIPTION:  This is a string of executable code which restarts everything for this particular instrument if there has been a power failure, or if the routines have become totally lost. If error conditions have occurred, it can
    restart itself.
    WRITE AUTHORITY:  @
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
26 HANDSHAKE RESPONSE .5;E1,200 MUMPS

  • INPUT TRANSFORM:  K:$L(X)>200!($L(X)<1) X D ^DIM:$D(X)
  • LAST EDITED:  OCT 16, 1990
  • HELP-PROMPT:  Code to set OUT to the handshake response
  • DESCRIPTION:  
    If the instrument requires a handshake response, this field contains the executable MUMPS code to set the response into the variable OUT.  eg.  S OUT=$C(6) (OUT contains the ASCII character 6 "ACK")
    WRITE AUTHORITY:  @
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
27 ACK TRIGGER VALUE 0;13 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>99)!(X<0)!(X?.E1"."1N.N) X
  • LAST EDITED:  MAR 18, 1987
  • HELP-PROMPT:  This is the decimal value that will triger the ACK response. (0-99)
  • DESCRIPTION:  
    This field contains the sequence used to acknowledge an auto instrument.  Not all instruments utilize this field.
28 ACK RESPONSE VALUE 0;14 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>99)!(X<0)!(X?.E1"."1N.N) X
  • HELP-PROMPT:  This is the decimal value that will be the ACK response. (0-99)
  • DESCRIPTION:  If this instrument setup instructions indicate a standard ack value is required by the instrument, enter the $C(X) for the acknowledgment.
    Not all instruments make use of this field.
    Where X= the ascii number of the ACK character.
29 DIRECT DEVICE .75;1 POINTER TO DEVICE FILE (#3.5) DEVICE(#3.5)

  • INPUT TRANSFORM:  K:$L(X)>20!($L(X)<2) X I $D(X) S DIC(0)="QENM" D ^DIC S X=$P(Y,U,2) K:Y<1 X
  • LAST EDITED:  FEB 07, 1994
  • HELP-PROMPT:  Device used as a direct connect device in ^LAPORTXX.
  • DESCRIPTION:  
    This field is used when bypassing the LSI.  It is the name of the device that is used to communicate with a direct connect instrument.
  • TECHNICAL DESCR:  
    This field is a free text pointer to the Device file.  It stores the free text name of the device.  The name is used in the ^LAPORTXX routine to set IOP before calling ^%ZIS.
  • NOTES:  XXXX--CAN'T BE ALTERED EXCEPT BY PROGRAMMER
30 LABORATORY TESTS 3;0 POINTER Multiple #62.41 62.41

  • LAST EDITED:  MAY 31, 2016
  • DESCRIPTION:  This is a multiple field that keeps track of tests being done in the instrument It allows one to be exclusive of tests which the instrument
    passes, as well as inclusive of the tests the machine passes which had
    not been ordered from the test panel for the patient.  It means, for
    example, if the order was glucose, sodium, and a number of other tests,
    but not the entire ASTRA panel, but the laboratory chooses to run on the
    ASTRA, all the tests can be included in the verified data.  To exclude
    large amounts of data, for example, the Hematrak passes distribution data
    about the slide that it has examined, information which may or may not be
    appropriate for the laboratory to pass on to the ward.
  • INDEXED BY:  TEST (AD)
31 LOAD CHEM TESTS 0;5 SET
  • 'T' FOR TC ARRAY;
  • 'U' FOR TMP GLOBAL;
  • 'N' FOR NOTHING DONE;

  • LAST EDITED:  MAY 22, 1986
  • HELP-PROMPT:  Set according to needs of instrument routine.
  • DESCRIPTION:  This field is used by the LASET routine to determine what to do with the chem test sub-file.
    T or blank moves the data into the TC array.
    U moves the data into the ^UTILITY("LA",$J, global.
    N don't move at all.
    The value will be returned in LALCT.
40 ALARM TERMINAL 4;0 Multiple #62.42 62.42

  • DESCRIPTION:  
    This is a multiple field.  It contains the names/numbers of devices which will report the status of the interface.
60 MICRO CARD TYPE 7;0 Multiple #62.43 62.43

  • DESCRIPTION:  This entire sub-field is at present devoted to supporting BI-DIRECTIONAL interfacing of Microbiology instrumentation.
    If you are not attempting to interface one these types of instruments, you may ignore this entire sub-field.
    If you are attempting to interface such an instrument, there are examples available for various instruments.
    Check FORUM for a current listing of instruments which are interfacable.
  • IDENTIFIED BY:  CARD NAME(#.5)
70 INTERFACE NOTES 8;0 WORD-PROCESSING #62.45

  • DESCRIPTION:  
    Notes on how to setup the instrument to run with the lab package, and other useful information on interfacing this instrument.
91 DOWNLOAD ENTRY 9;1 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>8!($L(X)<1)!'(X?1A.7AN) X
  • LAST EDITED:  AUG 06, 1987
  • HELP-PROMPT:  ANSWER MUST BE 1-8 CHARACTERS IN LENGTH
  • DESCRIPTION:  
    Enter the line tag of the routine used to down load data to the instrument.  DO NOT USE '^' ON THIS LINE TAG. IT WILL BE HANDLED BY THE PROCESSING ROUTINE.
    WRITE AUTHORITY:  @
92 DOWNLOAD PROTOCOL ROUTINE 9;2 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>8!($L(X)<1)!'(X?1A.7AN) X
  • LAST EDITED:  MAY 09, 2000
  • HELP-PROMPT:  ANSWER MUST BE 1-8 CHARACTERS IN LENGTH
  • DESCRIPTION:  
    Enter the name of the routine used to down load data to the instrument.
    WRITE AUTHORITY:  @
93 FILE BUILD ENTRY 9;3 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>8!($L(X)<1)!'(X?1A.7AN) X
  • HELP-PROMPT:  ANSWER MUST BE 1-8 CHARACTERS IN LENGTH
  • DESCRIPTION:  
    If it is necessary to build down load files for the instrument, enter the line Tag of the routine that builds the fields.
    WRITE AUTHORITY:  @
94 FILE BUILD ROUTINE 9;4 FREE TEXT

  • INPUT TRANSFORM:  K:$L(X)>8!($L(X)<1)!'(X?1A.7AN) X
  • LAST EDITED:  AUG 06, 1987
  • HELP-PROMPT:  ANSWER MUST BE 1-8 CHARACTERS IN LENGTH
  • DESCRIPTION:  
    Enter the name of the routine used to build the down load files for this instrument.
    WRITE AUTHORITY:  @
95 SEND TRAY/CUP LOCATION 9;5 SET
  • 'N' FOR no;
  • 'Y' FOR yes;

  • LAST EDITED:  APR 15, 1988
  • HELP-PROMPT:  What do you want the default to be for Send TRAY/CUP Location.
  • DESCRIPTION:  
    This field will contain the default answer to the question, Send Tray/Cup location, used by some Bi-Directional routines.
96 QUEUE BUILD 9;6 SET
  • 'N' FOR no;
  • 'Y' FOR yes;

  • LAST EDITED:  APR 15, 1988
  • HELP-PROMPT:  What do you want the defualt to be for QUEUE WORK.
  • DESCRIPTION:  
    This field contains the Default answer to Queue to build Question.
97 MICRO INTERPRETATION CHECK 9;7 SET
  • 'F' FOR CHECK ANTIMICROBIAL FILE INTERPRETATION ONLY;
  • 'I' FOR CHECK INSTRUMENT INTERPRETATION ONLY;
  • 'B' FOR CHECK BOTH FILE AND INSTRUMENT INTERPRETATION OVERWRITE WITH FILE;

  • LAST EDITED:  AUG 07, 1989
  • HELP-PROMPT:  FOR MICROSCAN ENTER HOW YOU WANT TO INTERPRET MIC VALUES
  • DESCRIPTION:  
    This field specifies how the data being processed should be handled.
98 AUTO DOWNLOAD 9;8 SET
  • '0' FOR NO;
  • '1' FOR YES;

  • LAST EDITED:  FEB 29, 1996
  • HELP-PROMPT:  Enter "YES" if this instrument is to be automatically downloaded when tests are accessioned.
  • CROSS-REFERENCE:  62.4^AE^MUMPS
    1)= S:X ^LAB(62.4,"AE",DA,X)=""
    2)= K ^LAB(62.4,"AE",DA)
    User by LAB MESSAGING to determine if site is autodownloading test orders to lab auto instruments and which instruments to send to.
99 AUTO RELEASE 9;11 SET
  • '0' FOR NO;
  • '1' FOR YES;
  • '2' FOR AUTO VERIFY ONLY;
  • '3' FOR USER RELEASE ONLY;

  • LAST EDITED:  NOV 13, 2015
  • HELP-PROMPT:  Choose the type of auto release for this entry. Enter "??" for additional help.
  • DESCRIPTION:  If results received via this auto instrument entry can be associated with an external auto or user verification system then enable this field.
    This field will be checked in conjunction with the auto release master switch parameter LA7UI AUTO RELEASE MASTER and the specific HL7 message containing the results to determine if the lab results should be processed by
    the Laboratory Auto Release process.
    It can be configured at several levels of granularity.
    0 - no auto release for this auto instrument
    1 - yes instrument is enabled for auto and user verification
    2 - yes however only process results that have been auto verified
    3 - yes however only process results that have been user verified,
    no auto verification.
100 METH NAME 5;1 POINTER TO AUTO INSTRUMENT FILE (#62.4) AUTO INSTRUMENT(#62.4)

  • LAST EDITED:  NOV 06, 1983
  • HELP-PROMPT:  
  • DESCRIPTION:  
    This is a statistical method name to be used by this instrument.  Example:  Bull Algorithm.  See for example the MANUAL BULL ALGOR. entry.  The entry usually would point to itself.
  • CROSS-REFERENCE:  62.4^AC
    1)= S ^LAB(62.4,"AC",$E(X,1,30),DA)=""
    2)= K ^LAB(62.4,"AC",$E(X,1,30),DA)
101 MEAN DATA VALUE 1 5;2 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>999)!(X<-99)!(X?.E1"."4N.N) X
  • LAST EDITED:  OCT 27, 1983
  • HELP-PROMPT:  TYPE A NUMBER BETWEEN -99 AND 999
  • DESCRIPTION:  
    Expected mean value for Bull's algorithm for first of three results.  E.g., MCV on a blood count determination.
102 MEAN DATA VALUE 2 5;3 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>999)!(X<-99)!(X?.E1"."4N.N) X
  • HELP-PROMPT:  TYPE A NUMBER BETWEEN -99 AND 999
  • DESCRIPTION:  
    Expected mean value for Bull's algorithm for second of three results.  E.g., MCH on a blood count determination.
103 MEAN DATA VALUE 3 5;4 NUMBER

  • INPUT TRANSFORM:  K:+X'=X!(X>999)!(X<-99)!(X?.E1"."4N.N) X
  • HELP-PROMPT:  TYPE A NUMBER BETWEEN -99 AND 999
  • DESCRIPTION:  
    Expected mean value for Bull's algorithm for third of three results.  E.g., MCHC on a blood count determination.
105 MICRO AUTO APPROVAL METHOD 0;15 SET
  • 'RE' FOR Results Entry;
  • 'VT' FOR Verification by Tech;
  • 'VS' FOR Verification by Supervisor;

  • LAST EDITED:  MAR 12, 1990
  • DESCRIPTION:  Select the method to be used with this instrument during verification. This entry will allow RPT DATE APPROVAL prompt during verification.
    The default is VS [Verify Supervisor] If one wants the reports to released and verified, enter VS. Other wise a supervisor must release the reports before being verified and printed to the cumulative.
    Note. This field is associated with the field MICRO APPROVAL METHOD in Lab Reports file. Make sure they agree and are appropriate for your site.
    THIS FIELD IS ONLY USED FOR MICROBIOLOGY AUTOMATED INSTRUMENTS.
  • TECHNICAL DESCR:  
    The routine LAMIAUT0 set the default value of 'VS'.
106 DEFAULT AUTO MICRO TEST 0;16 POINTER TO LABORATORY TEST FILE (#60) LABORATORY TEST(#60)

  • LAST EDITED:  DEC 09, 1991
  • DESCRIPTION:  
    This is the default laboratory test name to be used to record workload for each organism when using the automated Micro instrument to verify test.
107 SITE NOTES DATE 6;0 DATE Multiple #62.4107 62.4107

  • DESCRIPTION:  
    Date of the note.

Found Entries, Total: 103

NAME: ABBOTT EXECUTIVE    NAME: ABBOTT IMX UNI    NAME: ABL 500 UNI    NAME: ABL3    NAME: ACA    NAME: ALTAIRE    NAME: ASTRA    NAME: BECKMAN E4A    
NAME: BIOH KEYPAD    NAME: BIOU KEYPAD    NAME: BMD 8700 (printer port)    NAME: CELLECT 8E    NAME: CENTRIFICHEM 600    NAME: CHEM 1 UNI    NAME: CLINITEK 200    NAME: CLINITEK 200+    
NAME: CLINITEK 5500    NAME: COAGX2    NAME: COBAS BIO    NAME: COBAS FARA    NAME: COBAS MIRA    NAME: CORNING 178    NAME: COULTER +5    NAME: COULTER S    
NAME: COULTER S PLUS    NAME: COULTER S PLUS 2    NAME: COULTER S w/COURT II    NAME: COULTER S550    NAME: COULTER S790    NAME: COULTER STKR-S    NAME: COULTER Sr.    NAME: CX4/5    
NAME: DACOS    NAME: DEMAND    NAME: DIMENSION    NAME: DIMENSION BIDIR DIRECT CON    NAME: DIRECT EPX BI    NAME: DUAL CORNING 178 THRU HP    NAME: EKTA 700 BIDIR DIRECT CONNECT    NAME: EKTACHEM 400    
NAME: EKTACHEM 700    NAME: EKTACHEM 700 (printer port)    NAME: EKTACHEM 700 BI    NAME: ELT8    NAME: ELT8 with 3 cell diff    NAME: H 1    NAME: H-6000    NAME: HEMALOG    
NAME: HEMATRAK 480    NAME: HEMATRAK 590    NAME: HITACHI 705    NAME: HITACHI 717    NAME: HITACHI 717 THRU CCA    NAME: HITACHI 736 W/ JT1000    NAME: HITACHI 737    NAME: HITACHI 747 UNI    
NAME: IL 1303    NAME: IL 1312    NAME: IL 508    NAME: IL 943    NAME: INTERLINK    NAME: IRIS    NAME: KDA    NAME: KEYBOARD DIFF    
NAME: KEYBOARD URINE    NAME: KOAGULAB 40-A    NAME: LA7POC1    NAME: LA7POC2    NAME: LA7POC3    NAME: LA7POC4    NAME: LA7POC5    NAME: LSI #1    
NAME: MANUAL BULL    NAME: MANUAL ENTRY    NAME: MICROSCAN    NAME: MIRA S    NAME: MLA 700    NAME: MLA1000C    NAME: MODH KEYPAD    NAME: MODU KEYPAD    
NAME: MONARCH    NAME: MULTISTAT 3    NAME: NOVA    NAME: NOVA STAT PROFILE    NAME: PARALLEL    NAME: PARALLEL (printer port)    NAME: PARAMAX    NAME: PERSPECTIVE    
NAME: PERSPECTIVEBI    NAME: RA-1000    NAME: RA-2000    NAME: RAPIMAT W/ BLACK BOX    NAME: SMA II/C    NAME: SMA II/Gen 2    NAME: SMAC I    NAME: SPECTRUM    
NAME: SYSMEX 8000    NAME: SYSMEX E-5000    NAME: TDX    NAME: TDX (with specimen ID)    NAME: TOA    NAME: VICKERS SP120    NAME: VITEK    

ICR, Total: 1

ICR LINK Subscribing Package(s) Fields Referenced Description
ICR #196
  • CLINICAL PROCEDURES
  • External References

    Name Field # of Occurrence
    ^DIC 1+1, 11+1, 29+1
    ^DICR .14(XREF 1n1.4), .14(XREF 1n2.4), .14(XREF 2n1.4), .14(XREF 2n2.4)
    ^DIM 6+1, 20+1, 25+1, 26+1
    ^LAKERMIT 26(IEN:175)
    ^LAMSP 26(IEN:180)
    ACK^LAPERD 26(IEN:174)
    NEW^LASET 20(IEN:100), 20(IEN:102), 20(IEN:103), 20(IEN:104), 20(IEN:105), 20(IEN:106), 20(IEN:107), 20(IEN:109), 20(IEN:110), 20(IEN:111)
    20(IEN:112), 20(IEN:113), 20(IEN:114), 20(IEN:115), 20(IEN:116), 20(IEN:117), 20(IEN:118), 20(IEN:119), 20(IEN:120), 20(IEN:121)
    20(IEN:122), 20(IEN:123), 20(IEN:124), 20(IEN:125), 20(IEN:126), 20(IEN:127), 20(IEN:128), 20(IEN:129), 20(IEN:130), 20(IEN:131)
    20(IEN:132), 20(IEN:133), 20(IEN:134), 20(IEN:135), 20(IEN:136), 20(IEN:137), 20(IEN:138), 20(IEN:139), 20(IEN:140), 20(IEN:141)
    20(IEN:142), 20(IEN:143), 20(IEN:144), 20(IEN:145), 20(IEN:146), 20(IEN:147), 20(IEN:148), 20(IEN:149), 20(IEN:150), 20(IEN:151)
    20(IEN:152), 20(IEN:153), 20(IEN:154), 20(IEN:155), 20(IEN:156), 20(IEN:157), 20(IEN:158), 20(IEN:159), 20(IEN:161), 20(IEN:162)
    20(IEN:163), 20(IEN:165), 20(IEN:166), 20(IEN:167), 20(IEN:168), 20(IEN:169), 20(IEN:171), 20(IEN:172), 20(IEN:174), 20(IEN:175)
    20(IEN:177), 20(IEN:178), 20(IEN:179), 20(IEN:180), 20(IEN:182), 20(IEN:186), 20(IEN:192), 20(IEN:193), 20(IEN:194), 20(IEN:195)
    20(IEN:196), 20(IEN:197)
    RESEART^LASET 25(IEN:115)
    RESTART^LASET 25(IEN:100), 25(IEN:102), 25(IEN:103), 25(IEN:104), 25(IEN:105), 25(IEN:106), 25(IEN:107), 25(IEN:109), 25(IEN:110), 25(IEN:111)
    25(IEN:112), 25(IEN:113), 25(IEN:114), 25(IEN:116), 25(IEN:117), 25(IEN:118), 25(IEN:119), 25(IEN:120), 25(IEN:121), 25(IEN:122)
    25(IEN:123), 25(IEN:124), 25(IEN:125), 25(IEN:126), 25(IEN:127), 25(IEN:128), 25(IEN:129), 25(IEN:130), 25(IEN:131), 25(IEN:132)
    25(IEN:133), 25(IEN:134), 25(IEN:135), 25(IEN:136), 25(IEN:137), 25(IEN:138), 25(IEN:139), 25(IEN:140), 25(IEN:141), 25(IEN:142)
    25(IEN:143), 25(IEN:144), 25(IEN:145), 25(IEN:146), 25(IEN:147), 25(IEN:148), 25(IEN:149), 25(IEN:150), 25(IEN:151), 25(IEN:152)
    25(IEN:153), 25(IEN:154), 25(IEN:155), 25(IEN:156), 25(IEN:157), 25(IEN:158), 25(IEN:159), 25(IEN:161), 25(IEN:162), 25(IEN:163)
    25(IEN:165), 25(IEN:166), 25(IEN:167), 25(IEN:168), 25(IEN:169), 25(IEN:171), 25(IEN:172), 25(IEN:174), 25(IEN:177), 25(IEN:178)
    25(IEN:179), 25(IEN:180), 25(IEN:182), 25(IEN:186), 25(IEN:192), 25(IEN:193), 25(IEN:194), 25(IEN:195), 25(IEN:196), 25(IEN:197)

    Global Variables Directly Accessed

    Name Line Occurrences  (* Changed,  ! Killed)
    ^DD( .14(XREF 1n1.4), .14(XREF 1n2.4), .14(XREF 2n1.4), .14(XREF 2n2.4)
    ^DD(62.4 .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K)
    ^LA("Q" 25(IEN:160)
    ^LA(1 25(IEN:160)
    ^LAB(62.4 - [#62.4] .01(XREF 1S), .01(XREF 1K), .14(XREF 1S), .14(XREF 1n1.4), .14(XREF 1K), .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4)
    , 2+1, 2(HELP ), 2(XREF 1S), 2(XREF 1K), 3(XREF 1S), 5(XREF 1S), 5(XREF 1K), 10(XREF 1S), 10(XREF 1K), 98(XREF 1S)
    98(XREF 1K), 100(XREF 1S), 100(XREF 1K)
    ^LAB(64.2 - [#64.2] .14(XREF 1n1.1), .14(XREF 2n1.1)
    ^LRO(68.2 - [#68.2] 3(XREF 1S), 3(XREF 1K), 5(XREF 1S), 5(XREF 1K)

    Label References

    Name Line Occurrences
    SET 20(IEN:160)

    Naked Globals

    Name Field # of Occurrence
    ^( 2(HELP )
    ^("SUF" .14(XREF 1S), .14(XREF 1n1.4), .14(XREF 1K), .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4)
    ^(0 5(XREF 1S)

    Local Variables

    Legend:

    >> Not killed explicitly
    * Changed
    ! Killed
    ~ Newed

    Name Field # of Occurrence
    >> % 2+1*
    >> D0 .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K)
    >> DA .01(XREF 1S), .01(XREF 1K), .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K), 2(XREF 1S), 2(XREF 1K), 3(XREF 1S), 3(XREF 1K)
    5(XREF 1S), 5(XREF 1K), 10(XREF 1S), 10(XREF 1K), 98(XREF 1S), 98(XREF 1K), 100(XREF 1S), 100(XREF 1K)
    DIC 1+1*, 11+1!*
    DIC("S" 11+1*, 11SCR+1*
    DIC(0 1+1*, 29+1*
    >> DIE 1+1, 11+1
    >> DIG .14(XREF 1n1.4), .14(XREF 1n2.4), .14(XREF 2n1.4), .14(XREF 2n2.4)
    >> DIH .14(XREF 1n1.4), .14(XREF 1n2.4), .14(XREF 2n1.4), .14(XREF 2n2.4)
    >> DIU .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K)
    DIV .14(XREF 1S), .14(XREF 1n1.1), .14(XREF 1n1.4), .14(XREF 1K), .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.1), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4)
    DIV(0 .14(XREF 1S), .14(XREF 1n1.4), .14(XREF 1K), .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4)
    >> I 2(HELP )
    >> LR 6+1*
    >> OUT 26(IEN:112), 26(IEN:155)
    >> T 20(IEN:160)
    U .14(XREF 1S), .14(XREF 1n1.1), .14(XREF 1n1.4), .14(XREF 1K), .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.1), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4)
    , 1+1, 3(XREF 1S), 5(XREF 1S), 5(XREF 1K), 29+1
    X .001+1!, .01+1!, .01(XREF 1S), .01(XREF 1K), .02+1!, .04+1!, .14(XREF 1S), .14(XREF 1n1.1), .14(XREF 1n1.4), .14(XREF 1K)
    .14(XREF 1n2.4), .14(XREF 2S), .14(XREF 2n1.1), .14(XREF 2n1.4), .14(XREF 2K), .14(XREF 2n2.4), .15+1!, .16+1!, 1+1!*, 2+1!
    2(HELP ), 2(XREF 1S), 2(XREF 1K), 3(XREF 1S), 3(XREF 1K), 5(XREF 1S), 5(XREF 1K), 6+1!*, 10+1!, 10(XREF 1S)
    10(XREF 1K), 11+1*!, 20+1!, 25+1!, 26+1!, 27+1!, 28+1!, 29+1!*, 91+1!, 92+1!
    , 93+1!, 94+1!, 98(XREF 1S), 100(XREF 1S), 100(XREF 1K), 101+1!, 102+1!, 103+1!
    Y .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K), 1+1, 11+1, 29+1
    Y(1 .14(XREF 1S), .14(XREF 1K), .14(XREF 2S), .14(XREF 2K)
    Info |  Desc |  Directly Accessed By Routines |  Accessed By FileMan Db Calls |  Pointed To By FileMan Files |  Pointer To FileMan Files |  Fields |  ICR |  Found Entries |  External References |  Global Variables Directly Accessed |  Label References |  Naked Globals |  Local Variables |  All