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东芝TBA-120FR LIS 对接官方操作手册.doc
1.PROTOCOL SPECIFICATIONS
1.1Hardware Specifications
1.2Interface Specifications
1.3System Options
2.COMMUNICATION MESSAGE SPECIFICATIONS
2.1Establishment of Communication
2.2Format Common to Messages
2.2.1Characters
2.2.2Message structure
2.2.3Check digit (CD) (option)
2.2.4Response message format
2.2.5Abnormal responses to ACK
2.2.6ACK/NACK without STX/ETX
2.2.7Types of transmission messages
2.3Order Request Message [Q] (from TBA to HOST)
2.4Order Message [O] (from HOST to TBA)
2.5Result Message [R] (from TBA to HOST)
2.6Result Request Message [T] (from HOST to TBA)
2.7Result Control Message [C] (from HOST to TBA)
2.8Initialize Session Request Message [I] (from
2.9Release Master Message [M] (from HOST to TBA)
2.10Release Master Message [M] (from TBA to HOST
2.11Calibration Result Message (S) (from TBA to
2.12Absorbance Result Message [A] (from TBA to H
2.13Message Priority
2.14Examples of Sessions
3.INFORMATION HANDLING FOR EACH PROTOCOL TYPE
3.1General Conditions
3.1.1Samples without barcode label
3.1.2STAT sample measurement
3.1.3Rerun and additional assay run
3.2Type 1 (Internal mode)
3.3Type 1' (Internal/External mode)
3.4Type 1" (External mode)
3.5Type 2 (Internal/External mode)
3.6Type 3 (Internal mode)
3.7Type 4 (External mode)
3.8Type 5 (Internal mode)
4.ERROR HANDLING
4.1Error Conditions
4.2Error Handling
4.2.1Error handling for protocol types 1, 1', an
4.2.2Error handling for protocol types 2, 3, 4, a
4.2.3Error handling for protocol types 1, 1', and
4.2.4Error handling for protocol types 2, 3, 4, a
4.3Transmission Timing Chart
No. 2A586-192E
ON-LINE SPECIFICATIONS
FOR
AUTOMATED BIOCHEMICAL ANALYZER
MODEL TBA-120FR
(2A586-192E)
TOSHIBA CORPORATION 2001
ALL RIGHTS RESERVED
Applicable System
Production Schedule : Initial Product
REVISION RECORD
REASON
REV.
DATE
(MM/YY)
INI.
12/'01
PAGE
/AUTHOR CHANGED
Mr. Kumada
-------
No. 2A586-192E
SER.
No.
DOC.
PRODUCT.
TM-WP7
R-1
*
No. 2A586-192E
SCOPE
These specifications apply to on-line communication between the automated biochemical analyzer
TBA-120FR (hereinafter referred to as TBA) and the external data processing unit (hereinafter referred to
as HOST).
This document includes only the descriptions related to on-line communication.
For the specifications etc. for the TBA, refer to the product specifications and operation manuals for
TBA-120FR.
The broken line in the figure below shows the boundary of the operating domain.
TBA
HOST
Connection cable
U-1
No. 2A586-192E
Definition of terms
The terms used in this manual are defined below.
(1) Sample ID mode, disk ID mode
Sample ID mode indicates the status in which "Sample ID" is selected for "Query key" on the
Database page of the System Configuration screen of the TBA. Disk ID mode indicates the status in
which "Disk ID" is selected for "Query key".
(2) Auto Return
"Auto Return" is a setting item on the System Configuration screen of the TBA.
If this is not selected, the TBA enters the Pause status as soon as it receives a rerun order. When
the pause status is released, the TBA sends an order inquiry and starts measurement.
Return" is selected, the TBA does not enter the Pause status when it receives a rerun order.
case, therefore, the TBA sends an order inquiry immediately and starts measurement.
If "Auto
In this
(3) STAT sample
STAT sample represents a sample placed at the dedicated STAT (emergency) position and for
which an order is made through the STAT screen. STAT sample measurement can be performed at
any time by interrupting routine measurement.
(4) Sample without barcode label
In sample ID mode, it is assumed that bar codes are applied to the samples. However, even if a bar
code cannot be applied to a sample, measurement can be performed by selecting "No Barcode" for
the sample on the Order Sample page of the Database screen. Such samples are referred to as
"samples without barcode labels".
(5)
Internal mode, Internal/External mode, External mode
Internal mode is set when "Database" is selected for "Query Sequence" on the Online Configuration
screen of TBA. When "Database HOST" is selected, the system is set to Internal/External mode.
When "HOST" is selected, the system is set to External mode.
(6) Sample during run
If any of the records for a sample (including first run, rerun, and replicate) is in the Run status (the
color of the record is brown), the sample is referred to as a "sample during run". Normally, a rerun
order or additional assay order cannot be made for a sample during run.
(7) Measured sample
If all the records for a sample (including first run, rerun, and replicate) are in the Valid (V), Incomplete
(I), or Complete (A) status, the sample is referred as a "measured sample".
The term measured sample does not include samples for which sampling has been completed but
the results are not available yet.
(8) Acknowledgement (ACK) message
The ACK message is a response that indicates that a message has been received. Although it is a
response, it is not always a response to a message. The negative acknowledgement (NACK)
message indicates that the message has not been received correctly.
U-2
*
CONTENTS
No. 2A586-192E
Page
SCOPE----------------------------------------------------------------------------------------------------------------------------------U-1
1.
PROTOCOL SPECIFICATIONS --------------------------------------------------------------------------------------------1
1.1
1.2
1.3
Hardware Specifications --------------------------------------------------------------------------------------------- 1
Interface Specifications ---------------------------------------------------------------------------------------------- 2
System Options ---------------------------------------------------------------------------------------------------------3
2.
COMMUNICATION MESSAGE SPECIFICATIONS ------------------------------------------------------------------9
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
Establishment of Communication --------------------------------------------------------------------------------- 9
Format Common to Messages -------------------------------------------------------------------------------------9
2.2.1
2.2.2
2.2.3
2.2.4
2.2.5
2.2.6
2.2.7
Characters -------------------------------------------------------------------------------------------------- 9
Message structure -------------------------------------------------------------------------------------- 10
Check digit (CD) (option) ----------------------------------------------------------------------------- 10
Response message format -------------------------------------------------------------------------- 11
Abnormal responses to ACK ------------------------------------------------------------------------ 11
ACK/NACK without STX/ETX ----------------------------------------------------------------------- 11
Types of transmission messages ------------------------------------------------------------------ 12
Order Request Message [Q] (from TBA to HOST) ---------------------------------------------------------14
Order Message [O] (from HOST to TBA) --------------------------------------------------------------------- 17
Result Message [R] (from TBA to HOST) ---------------------------------------------------------------------22
Result Request Message [T] (from HOST to TBA) -------------------------------------------------------- 26
Result Control Message [C] (from HOST to TBA) ----------------------------------------------------------27
Initialize Session Request Message [I] (from HOST to TBA) ------------------------------------------- 29
Release Master Message [M] (from HOST to TBA) ------------------------------------------------------- 30
2.10 Release Master Message [M] (from TBA to HOST) ------------------------------------------------------- 31
2.11 Calibration Result Message (S) (from TBA to HOST) -----------------------------------------------------32
2.12 Absorbance Result Message [A] (from TBA to HOST) --------------------------------------------------- 36
2.13 Message Priority ------------------------------------------------------------------------------------------------------39
2.14 Examples of Sessions ---------------------------------------------------------------------------------------------- 39
- a -
CONTENTS - continued
No. 2A586-192E
Page
3.
INFORMATION HANDLING FOR EACH PROTOCOL TYPE ---------------------------------------------------41
3.1
General Conditions -------------------------------------------------------------------------------------------------- 41
3.1.1
3.1.2
3.1.3
Samples without barcode label --------------------------------------------------------------------- 41
STAT sample measurement -------------------------------------------------------------------------42
Rerun and additional run ------------------------------------------------------------------------------43
3.2
3.3
3.4
3.5
3.6
3.7
3.8
Type 1 (Internal mode) --------------------------------------------------------------------------------------------- 44
Type 1' (Internal/External mode) -------------------------------------------------------------------------------- 45
Type 1" (External mode) ------------------------------------------------------------------------------------------- 46
Type 2 (Internal/External mode) --------------------------------------------------------------------------------- 47
Type 3 (Internal mode) --------------------------------------------------------------------------------------------- 48
Type 4 (External mode) -------------------------------------------------------------------------------------------- 48
Type 5 (Internal mode) --------------------------------------------------------------------------------------------- 49
4.
ERROR HANDLING ----------------------------------------------------------------------------------------------------------49
4.1
4.2
Error Conditions ------------------------------------------------------------------------------------------------------ 49
Error Handling ---------------------------------------------------------------------------------------------------------50
4.2.1
4.2.2
4.2.3
4.2.4
Error handling for protocol types 1, 1', and 1" (on the TBA) ------------------------------- 53
Error handling for protocol types 2, 3, 4, and 5 (on the TBA) ------------------------------53
Error handling for protocol types 1, 1', and 1" (on the HOST) -----------------------------53
Error handling for protocol types 2, 3, 4, and 5 (on the HOST) --------------------------- 53
4.3
Transmission Timing Chart ----------------------------------------------------------------------------------------54
- b -
*
No. 2A586-192E
1.
1.1
PROTOCOL SPECIFICATIONS
Hardware Specifications
(1) Standard
: RS-232C (EIA-232D/E) compliant
The on-line connection port uses a 9-pin D-sub male connector.
The pin assignment is shown in the table below.
Pin No.
Input/Output
Signal name
Abbreviation
1
2
3
4
5
6
7
8
9
Input
Input
Output
Output
-----
Input
Output
Input
Input
Data Carrier Detect
Receive Data
Transmit Data
Data Terminal Ready
Signal Ground
Data Set Ready
Request To Send
Clear To Send
Ring Indicate
DCD
RD
TD
DTR
SG
DSR
RTS
CTS
RI
(Note that the term "terminal type" is often used instead of the term "pin
assignment".)
The figure below shows an example of cable connections for on-line connection between the
HOST and TBA. (In this example, the HOST uses a 9-pin D-sub connector conforming to the
RS-232C standard.)
TBA
1. DCD
2. RD
3. TD
4. DTR
5. SG
6. DSR
7. RTS
8. CTS
9. RI
DCD need not be connected
RI need not be connected
HOST
1. DCD
2. RD
3. TD
4. DTR
5. SG
6. DSR
7. RTS
8. CTS
9. RI
The RI and DCD signals are not used functionally but they are connected electrically.
Make sure that no input signal enters these pins.
(2) Synchronization method : Asynchronous (start-stop synchronization)
(3) Maximum cable length
: 10 m
(4) Signal level
: +5 V +15 V : "0"
5 V 15 V : "1"
- 1 -
No. 2A586-192E
1.2
Interface Specifications
The communication conditions are described below.
(1) Baud rate
Selectable from 1200, 2400, 4800, and 9600 bps.
(Factory setting: 9600 bps)
(2) Character length
8 bits or 7 bits (Factory setting: 8 bits)
(When 7 bits is selected, codes exceeding 7fh (80h to ffh) cannot be transmitted.)
(3) Parity bit
Selectable from even, odd, and no parity (NP). (Factory setting: NP)
(4) Stop bit
1 bit or 2 bits (Factory setting: 1)
(5) Handshaking by DTR-DSR
Essential. The TBA turns ON the DTR output when it is ready for communication and
performs communication only when the DSR input is ON.
The HOST must turn ON the DTR output promptly when it is ready for communication and
must not perform communication when the DSR input is OFF.
The TBA turns OFF the DTR output only when "Offline" is specified on the TBA.
(6) Flow control by RTS-CTS
The CTS input must be ON all the time.
The TBA sets the RTS output to ON unless it is set to off-line.
The TBA does not perform transmission when the CTS input is OFF.
(7) Transmission method : Half duplex (Performance is not guaranteed for full-duplex
transmission.)
- 2 -
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