JPH03273165A - Analytic data processor - Google Patents

Abstract

PURPOSE:To inspect samples of plural materials efficiently by combining information from a request inspection item generation part with data at a data part and issuing work sheets which are classified by inspection items. CONSTITUTION:The request inspection item generation part 1 inputs information on materials of respective requested samples and inspection items to generate request inspection items. A data base part 2 is stored with data while samples of plural kinds of materials are grouped according to common inspection items. Then a measurement data information editing pat 3 combines the materials of the samples and inspection items obtained by the generation part 1 with information on materials, material groups,k inspection items, and a measuring instrument obtained from respective files to put pieces of concrete information required for actual inspection, thereby generating the work sheets 12. Then the necessary information from the editing part 3 is outputted to the measuring instrument 13. The instrument 13 measures the samples by specific measuring methods. A measurement data processing part 5 carries out a data deciding process for measurement data.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Field of Industrial Application) The present invention relates to an analytical data processing device used for biochemical testing.

(Conventional technology) Biochemical tests conducted at hospitals etc. perform 11 various test items on specimens such as blood and urine collected from humans, and the test results of each test item are summarized for each individual. The inspection report will be prepared based on the inspection results. In order to perform this biochemical test, an analytical data processing device is used to receive a test request, perform All'M based on the test request, and further process the data of Apl fixed rate. ing.

Conventionally, in the analytical data equipment used for this biochemical test, a method has been adopted in which one material sample is processed for each requested test item.

In other words, in this method, one inspection item 1 requested for inspection is
1, regardless of the measurement method, depending on the material of the sample.
In this method, each inspection item is individually accepted and measured to obtain data.

(Problems to be Solved by the Invention) This method of processing one requested inspection item with one material sample has the following problem with the analytical data apparatus.

Even if the materials of the specimens requested for testing are different, if the test items are the same, the testing methods are often the same. For example, G for a serum specimen and a blood specimen.
When measuring PT, the method for measuring GPT is the same even if the material of each specimen has holes.

However, in such cases, conventional analytical data processing equipment processes one requested test item with one material specimen, so if the materials are different, each specimen is requested to be tested individually and independently. Each test item is accepted as a test item, and each sample is measured and processed independently to obtain data. For example, when measuring GPT for a serum specimen and a blood specimen, the same measurement method is used for the serum specimen and the blood specimen, but the GPT is determined individually and independently by 11 pJ. doing.

For this reason, even though the method adopted for measuring each sample is the interval measurement method, because the materials of the samples are different, the measurement process has to be performed separately for each sample, resulting in wasteful measurement process. It required a lot of effort and was inefficient.

The present invention has been made based on the above-mentioned circumstances, and an object of the present invention is to provide an analytical data processing device that can efficiently test specimens of a plurality of materials.

[Structure of the Invention] (Means for Solving the Problems) In order to achieve the above-mentioned [1], the analytical data processing device of the present invention includes a requested test item generation unit that inputs the material and test items of a sample requested for testing. , a database section that has data that groups specimens of multiple types of materials based on common inspection items, and a database section that combines the information from the requested inspection item generation section and the data of the data section and categorizes them by inspection item. The present invention is characterized in that it includes a /111 standard data information editing section that issues a worksheet.

(Effect) Even if multiple samples have different interest rates, if the measurement method adopted for measurement is the same method, these multiple samples can be combined into one.
Measurement processing can be performed on all commonly requested inspection items at once.

(Example) An example of the present invention will be described below with reference to FIGS. 1 to 9.

In this example, it is assumed that a request is made to test three specimens: a serum specimen S1, a blood specimen S2, and a cerebrospinal fluid specimen S3, according to the test item Na using the same measurement method. The test item Na is the sodium ◆ ion concentration.

The analytical data processing apparatus in this embodiment has the configuration shown in FIG.

In the figure, 1 is the requested test item generation section, 2 is the database section, and 3
is the measurement data information editing section, 4 is the measurement pig receiving section, and 5 is A.
PI constant data processing section 6 is an Apl constant data output section. Further, although not shown, a CRT for displaying various information is provided.

The operation of the analytical data processing device in this embodiment will be explained.

First, when a request is made to test each of the specimens 81 to S3 described above, the requested test item generation unit 1
Input the information on materials and inspection items in step 3 to generate “requested inspection item 1”. The information stored in the requested inspection item light 2111 section 1 can be displayed on a CRT.

FIG. 7 shows a display example in which the information of the designated inspection item 1.1 generation section 1 is displayed on both sides of the CRT. In this example, sample S1
The case is shown below. Note that the codes indicating the specimen material and test items are set in each file of the database section 2. The information obtained by the requested test item generation section 1 is output to the measurement data information editing section 3.

The database section 2 includes a material file 7, a material group file 8, an inspection item file 9, a constant device file 10, and a normal value file 11.

The paulownia material file 7 encodes the material of the specimen and represents the relationship between each of the 44 materials and the corresponding code. For example, in this embodiment, serum is set as material A, blood is set as sample B, and spinal fluid is set as material C, respectively. Figure 2 shows 4411 file 7
This diagram schematically shows the western appearance of

The material group file 8 shows the structure of each material group in which related materials of each specimen are grouped into a common group. For example, in this example, material A, which is serum, and material B, which is blood, form one group "A", and material C, which is cerebrospinal fluid, forms one group "J". Figure 3 shows the contents of this material group file section 8 in a schematic % format. The material groups that are subject to J?J specifications are shown in correspondence with each other. In this example,
Inspection item number 1: Na targets material group "A", inspection item number 2: targets material group "I", "mouth", and inspection item number 1: CL targets material group "A".
It targets the "mouth". FIG. 4 schematically shows the contents of this inspection item file 9. In this inspection item file 9, inspection item number 1: Na is in the material group “I”.
It can be seen that the target is a plurality of specimens S1 and S2 belonging to . The test items include potassium ion concentration, and CL is chlorine ion concentration.

Apl fixed lid device file 10 shows each measuring device, its corresponding number, and the inspection items targeted by the measuring device, that is, each measurement method and material group targeted for measurement. For example, inspection item number 1: Na and material group "A" are determined by A11 using the measuring device number 1. FIG. 5 schematically shows the contents of this measuring device file 10.

The normal value file 11 shows normal values for each material for each inspection item 1'' (that is, each measurement method).

FIG. 6 schematically shows the contents of the normal value file 11.

The measurement data information editing section 3 receives the information output from the requested inspection item generation section 1, and further receives information from the material file 7, material group file 8, inspection item file 9.8-1 fixed equipment file 10 of the data receiving section 2. Worksheet 1: Obtain information and combine both to summarize the information necessary for inspection.
Create 2.

In other words, the sample S1 output by the requested test item generation unit 1
~The materials and inspection items (i.e., measurement methods) in S2 are combined with the information on materials, material groups, inspection items, and measuring devices obtained from each file in the database section 2, and the specific information necessary for actually performing the inspection is determined. Create information. here,
One type of A11 in one 81 constant device as required.
It is instructed to measure multiple specimens made of different materials using the II method. For example, in this embodiment, the measuring device 1 detects two samples S1 (serum) belonging to group "A" by a common measurement method.
, the sample S2 (blood) is measured. FIGS. 8 and 9 show examples of worksheet information in this embodiment displayed on a CRT screen.

Then, the measurement data information editing section 3 outputs specific information necessary for actually performing the inspection to the API fixing device 13.

The measuring device f13 selects the samples Sl and S2 belonging to material group "A" based on the command from the measurement data information editing section 3.
The measurement is performed using the test item number 1: Na measurement method.

Further, the AFI constant data receiving section 4 receives data from the measuring device 13.
1111 constant data is received.

The measurement data processing unit 5 receives information from the measurement data reception unit 4 and performs data determination processing on the measurement data.

The APL constant data output section 6 receives information from the AT constant data processing section 5, and prints it on paper or displays it on a CRT.

Note that methods for comparing the 1llll-ta with the reference value include comparing it with a normal value and comparing it with the previous value. In the former case, a normal value is set for each test item 1-1, but one test item may measure samples of multiple materials, or a common value for multiple samples may be set for each test item. Targets can be set and the memory of the instrument can be used to n'' effect.Also, in the latter case, the current and previous values are compared on a sample of normally open material, but similar patterns are not detected. When the material is a material that shows a similar pattern (or a material that can be processed into a similar pattern by coefficient processing), the materials are grouped together, so it is possible to compare multiple samples from the previous time.

[Effects of the Invention] As explained above, according to the analytical data processing device of the present invention, the requested test item generation unit inputs the material and test items of the specimen requested for testing, and the a database unit that has data on grouping material samples; and a measurement data information editing unit that combines the information from the requested inspection item generation unit and the data in the data unit to issue a worksheet classified by inspection item. Even if multiple specimens are made of different materials, if the measurement method adopted for measurement is the same, these multiple specimens can be grouped together as one common requested test item and the measurement process can be performed at once. It is possible to efficiently test samples of multiple materials.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, FIG. 1 is a functional block diagram showing the configuration of the analytical data processing device of the present invention, and FIGS. 2 to 6 schematically show the contents of each file in the database section. The diagram shown in Figure 7 shows the contents of the requested test item generation section in CR7.
FIGS. 8 and 9 are diagrams showing examples of displaying the contents of a worksheet on a CR7 screen. 1...Requested inspection item generation section, 2...Database section, 3...Measurement data information editing section. Representative of the deceased Patent attorney Takehiko Suzue No. 2 Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure 351-

Claims (1)

[Claims] a requested test item generation unit for inputting the materials and test items of the sample requested for testing; a database unit having data in which samples of multiple types of materials are grouped based on common test items; and the requested test item generation unit. An analytical data processing device comprising: a measurement data information editing section that combines information from the data section and data in the data section and issues a worksheet classified by inspection item.