KR20110017292A - Intelligent human body embedding intelligent cassette recognition system using rfid tag - Google Patents

Abstract

PURPOSE: An intelligent human body embedding intelligent cassette recognition system using an RFID(Radio Frequency IDentification) tag is provided to identify a barcode, which indicates specimen organization information, by directly recording the barcode to a slide through a printer. CONSTITUTION: An electronic tag recorder(500) registers specimen organization information to an electronic tag(220), and an electronic tag reader(600) identifies the registered specimen organization information. A cassette printer(400) records an identification number on a recording surface(210), and a specimen organization information management server(100) links the identification number information with the detailed specimen organization information and the inspection result information. The specimen organization information management unit recognizes the identified specimen organization information.

Description

Intelligent Human Body Embedding Intelligent Cassette Recognition System Using RFID Tag}

The present invention relates to a cassette recognition system for embedding human pathological tissue, and more particularly, to insert a cassette for embedding tissue pathology by inserting an electronic tag into the embedding cassette in which the histopathological specimen for examination of human tissue pathology is stored. Tissue pathological information and embedding cassettes and slides can be effectively identified by enabling the identification of the pathological specimen and by recording and identifying the histopathological sample information directly using a two-dimensional bar code on the slide to be examined. The present invention relates to a cassette recognition system for embedding intelligent pathologies using electronic tags.

Tissue pathology specimens for the examination of human tissue pathology (hereinafter referred to as "sample tissue") are recognized as a very important resource for verifying functions, effects, and side effects in prolonging human life therapy or developing new drugs. Therefore, each research institute or medical institution manages sample tissues for specific diseases as sample cases and utilizes them as important assets for pathological confirmation and comparison. Especially in pathology, sample tissues verify patient history and finally confirm disease. It is an important asset to judge.

Domestic hospitals are obliged to keep these specimens for more than 5 years, and they are obligated to keep them for a long time or permanently in case of special circumstances, for example, research and follow-up of patients' diseases.

Currently, most domestic general hospitals handle more than 15,000 patient samples per year. To deal with such patient samples, a cassette for embedding human histopathology and slides for diagnosing tissues are used. The embedding cassette is a storage case made of a plastic material in which the sample tissue of the patient is stored inside, and the slide is a transparent glass plate used for testing the sample tissue by placing the sample tissue on the top. A serial number representing the stored specimen tissue information is recorded on one side of the front side of the embedding cassette, and a unique number representing the specimen tissue information is recorded on one side of the slide.

1 is a flow chart showing a process of examining a sample tissue using the embedding cassette and slide.

First, the sample to be examined is collected and sorted (S11), the number indicating the sample tissue information is recorded in the embedding cassette in which the sample tissue is stored (S12), and the sample tissue is put into the embedding cassette (S13), for embedding By preserving and warming the sample tissue put in the cassette (S14), the cassette block for embedding is made (S15). After the block is made, the sample tissue is removed from the embedding cassette and cut into pieces (S16), and ribbons are cut to attach the cut sample to the slide (S17), and the number for identifying the sample tissue on the slide is recorded. (S18). Then, after drying the slide recorded the number (S19), the dyeing process (S20), and enter the number for identifying the sample information attached to the slide to the label output device (S21), entered through the label output device The label is output according to the number (S22). The printed label is attached to the slide (S23), the sample tissue attached to the slide is diagnosed (S24), and the test result is input to the computer system to be registered (S25). The slides and embedding cassette blocks that have been examined are stored in separate storage locations (S26, S27).

The process of recording the number on the embedding cassette of the above process is usually done by hand or a cassette printer, the process of recording the number on the slide and the process of printing and attaching the label is made by hand. However, an error may occur in the process of recording a number through a cassette printer or a manual process to represent such tissue information, and a process of matching a sample with a patient is required repeatedly during the operation, and thus a lot of time is consumed. Inefficiencies in business have occurred, such as bottlenecks.

In addition, after storing the completed embedding cassette and slide, if you want to re-examine the sample tissue or utilize the sample specimen, the process of searching and confirming the number on the embedding cassette and slide in the storage box one by one Since it is necessary to identify the embedding cassette and the slide through it, it takes a lot of time to track the location, making it difficult to manage. In particular, considering the situation where the average of the cassettes used in most general hospitals with pathology is more than 50,000 and the slides are used more than 70,000, it is time consuming to manage the cassettes and slides by manual labor. It also acts as a factor in reducing reliability and efficiency. Some sample containers using 1-D barcodes fall when contacted with a reagent for testing, which requires fundamental improvement.

In addition, since the cassette printer for indexing numbers in the embedding cassette and the label printer for outputting labels attached to the slide are separately configured, there is a problem that the work is dualized and the efficiency is lowered. There was a problem in that it is difficult to confirm the test results of the specimen or the information of the patient.

Accordingly, the present invention has been proposed to solve the problems of the prior art described above, and an object of the present invention is to facilitate identification and management of the embedding cassette and slide for examination of human tissue pathology, and the embedding cassette and It is possible to improve the work efficiency by unifying the printer that records numbers on the slides, and by recording the information on some medical history in the embedding cassette, the embedding cassette can independently hold clinical information and lead the integration and sharing of medical information. To provide an intelligent pathological tissue embedding cassette recognition system using an electronic tag.

Intelligent pathological tissue embedding cassette recognition system using an electronic tag according to the present invention for achieving the above object is a system for recording and managing information on the embedding cassette and slide used for clinical specimen tissue inspection, An electronic tag installed at one side of the cassette for storing the tissue information stored in the cassette; An electronic tag recorder for registering specimen tissue information in the electronic tag; An electronic tag reader for identifying specimen tissue information registered in the electronic tag; A cassette printer for recording an identification number indicating specimen tissue information on a recording surface inclined on one side of the embedding cassette in which the electronic tag is installed; By controlling the operation of each component unit, the identification number information recorded on the recording surface of the embedding cassette and the specimen tissue information registered in the electronic tag are registered and managed in association with the specimen tissue detailed information and the test result information in the database unit. And a specimen organization information management server for grasping specimen organization information identified through a tag reader.

The intelligent human body embedding cassette recognition system includes a slide printer for recording a barcode indicating specimen tissue information on one side of a slide on which the specimen for examination is attached under the control of the specimen tissue management server, and a barcode recorded on the slide. It is further provided with a bar code reader to identify the information sent to the specimen information management server.

The specimen organization information management server includes a specimen information management module configured to register and manage information of a specimen tissue used for examination in a database unit; A cassette cassette identification number output module for driving the cassette printer to record an identification number indicating specimen tissue information on the recording surface of the cassette for embedding, and to register the identification number recorded on the recording surface of the cassette for storing in the database unit; An electronic tag registration module for registering the sample tissue information in the electronic tag installed in the embedding cassette by driving the electronic tag recorder, and registering the sample tissue information and the electronic tag information registered in the electronic tag in a database; An electronic tag identification module for driving the electronic tag reader to identify electronic tag information installed in the embedding cassette; A slide barcode output module configured to drive the slide printer to record a barcode indicating specimen tissue information on a recording surface of the slide and to register barcode information recorded on the recording surface of the slide to a database unit; A barcode identification module which drives the barcode reader to identify barcode information recorded on a recording surface of the slide; A specimen organization information management unit is provided, including; an inspection result management module for registering and managing the examination result of the specimen tissue in which the inspection has been performed.

In addition, the specimen tissue information management unit is provided with a storage and input management module for registering and managing the storage position information of the embedding cassette and slides in the database.

The electronic tag is preferably installed on the back of the recording surface of the embedding cassette in which the specimen tissue identification number is recorded by the cassette printer, and the slide printer sprays a two-dimensional barcode representing the specimen tissue information on the recording surface formed on one side of the slide. It is preferable that the two-dimensional bar code printer to record with the slide printer and the cassette printer is formed integrally.

The intelligent pathological tissue embedding cassette recognition system using the electronic tag according to the present invention inserts and installs an electronic tag in which the sample tissue information is registered in the embedding cassette, and identifies the sample information on the slide. By recording the bar code directly through the printer and identifying the bar code through the bar code printer, the identification and management of the embedding cassette and slide can be easily and quickly performed. In addition, the intelligent pathological tissue embedding cassette recognition system using the electronic tag according to the present invention has the effect of increasing the work efficiency by unifying the cassette for recording the information on the embedding cassette and the slide, the medical part stored in the embedding cassette Information has the effect of sharing resources for embedding human pathologies for medical research or new drug development among medical institutions.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is an overall block diagram of an intelligent human embedding cassette recognition system using an electronic tag according to an embodiment of the present invention, the intelligent human embedding cassette recognition system using an electronic tag according to the present invention is a cassette 200 for embedding Identify and manage specimen tissue information for inspection attached to the specimen tissue and the slide 300 stored in, register and manage the specimen tissue test results, and manage the entry and exit information of the embedding cassette 200 and the slide 300 System.

As shown in FIG. 2, an intelligent human body embedding cassette recognition system according to the present invention includes a cassette printer 400 for recording an identification number indicating specimen tissue information on a recording surface 210 of the embedding cassette 200; The electronic tag 220 installed in the embedding cassette 200, the electronic tag recorder 500 for recording sample tissue information in the electronic tag 220, and the sample tissue information recorded in the electronic tag 220. An electronic tag reader 600 for identifying a number, a slide printer 700 for recording a bar code representing sample tissue information on one side of the inspection slide 300, and a bar code information recorded on the slide 300. It comprises a barcode reader 800, and a sample tissue information management server 100 that controls the operation of each component and manages sample tissue information and test result information.

The embedding cassette 200 is a sample tissue storage place in which the sample tissue is stored in the embedding unit, FIG. 3 is a front perspective view of the embedding cassette according to an embodiment of the present invention, and FIG. 5 is a rear perspective view, and FIG. 5 shows a cover detachment state diagram of the embedding cassette. As shown in Figures 3 to 5, the embedding cassette 200 according to the present invention is formed with a cover 202 that is detachably coupled to one side of the upper body 201 to store the sample tissue therein The recording surface 210 is inclined on the front of the body 201. An identification number is recorded on the recording surface 210 so as to indicate specimen tissue information stored therein by a handwriting or cassette printer 400. In addition, the inside of the embedding cassette 200 is provided with an electronic tag 220 for registering the specimen tissue information stored therein, the electronic tag 220 is registered information by the electronic tag recorder 500 Information is identified by the electronic tag reader 600. In the embodiment of the present invention, the electronic tag 220 is fixedly installed on the rear surface of the recording surface 210 of the embedding cassette 200.

The slide 300 is a flat glass that is attached to the sample tissue for examination is used for the inspection of the specimen tissue, Figure 6 is a perspective view of the slide according to an embodiment of the present invention, Figure 7 shows a use state diagram of the slide. As shown in Figure 6 and 7, the slide 300 according to the present invention is a transparent flat glass that is attached to the sample tissue (SP) is placed on the upper side, one side of the glass plate on both sides of the sample by the slide printer 700 A recording surface 310 is formed in which a bar code indicating tissue information is recorded. It is preferable that a transfer paper having a color is attached or coated on the recording surface 310 so that the barcode printed by the slide printer 700 can be clearly displayed.

The cassette printer 400 is an apparatus for recording an identification number so as to identify specimen tissue information on the recording surface 210 inclined in front of the embedding cassette 200. The cassette printer 400 according to the present invention is a thermoelectric device. As a printer, an identification number is printed on the recording surface 210 of the embedding cassette 200 through a thermal transfer method under the control of the specimen tissue information management server 100. The electronic tag recorder 500 is a device that registers the sample tissue information to the electronic tag 220 installed in the embedding cassette 200 under the control of the sample tissue information management server 100, the electronic tag reader 600 A device for extracting sample tissue information registered in the electronic tag 220 and transmitting the sample tissue information to the sample tissue information management server 100. The electronic tag recorder 500 and the electronic tag reader 600 are preferably manufactured integrally. .

The slide printer 700 is a device for recording a barcode to identify the specimen tissue information on the recording surface 310 formed on one side of the slide 300, the slide printer 700 according to the present invention is a two-dimensional barcode printer As a result, the barcode is directly printed on the recording surface 310 of the slide 300 through a spraying method under the control of the specimen organization information management server 100. The bar code reader 800 is a device for extracting the bar code information recorded on one side recording surface 310 of the slide 300 to the sample tissue information management server 100.

In the exemplary embodiment of the present invention, the slide printer 700 and the barcode reader 800, the cassette printer 400, the electronic tag recorder 500, and the electronic tag reader 600 are manufactured integrally, without moving a separate place. Sample tissue inspection by recording an identification number on the recording surface 210 of the embedding cassette 200 at a place, registering and recognizing information on the electronic tag 220, and recording and recognizing a barcode on the slide 300 To be made quickly and easily.

The specimen tissue information management server 100 controls the operation of each component, and matches the inspection specimen tissue information and the test result information with the electronic tag information and barcode information to register and manage the database unit, Figure 8 Shows a block diagram of a specimen organization information management server according to an embodiment of the present invention.

As shown in FIG. 8, the specimen organization information management server 100 according to the present invention is connected to an input unit 120 and an output unit 130 for data input and display, and an external communication network to transmit and receive data. Interface unit 150 connected to the communication unit 140, the slide printer 700 / bar code reader 800 / cassette printer 400 / electronic tag recorder 500 / electronic tag reader 600 to perform data transmission and reception And a sample tissue information management unit 160 for registering and managing the sample tissue information, the test result information, and the entry and exit information of the embedding cassette 200 and the slide 300 in the database unit 170. It comprises a central control unit 110.

The specimen tissue information management unit 160 controls the operation of each component to register and manage the specimen tissue information and the diagnosis result information in the database unit 170. The specimen tissue information management unit 160 is embedded for Cassette identification number output module 161, electronic tag registration module 162, electronic tag identification module 163, slide barcode output module 164, barcode identification module 165, specimen information management module 166, test results The management module 167 and the entry and exit management module 168 are provided.

The embedding cassette identification number output module 161 drives the cassette printer 400 connected through the interface unit 150 to record the identification number representing the sample tissue information on the recording surface 210 of the embedding cassette 200. Program module. The embedding cassette identification number output module 161 generates an identification number to be matched with the sample tissue information input through the input unit 120, and transmits the identification number to the cassette printer 400 to It is output to the recording surface 310, the identification number is associated with the specimen tissue information is registered in the database unit 170.

The electronic tag registration module 162 is a program module for registering the specimen information on the electronic tag 220 installed in the cassette 200 by driving the electronic tag recorder 500 connected through the interface unit 150. The electronic tag registration module 162 transmits the sample tissue information input through the input unit 120 to the electronic tag recorder 500 to register the electronic tag 220 with the sample information. It is registered in the database unit 170.

The electronic tag identification module 163 is a program module for identifying the electronic tag information installed in the embedding cassette 200 by driving the electronic tag reader 600 connected through the interface unit 150. The electronic tag identification module 163 drives the electronic tag reader 600 so that the electronic tag reader 600 can read electronic tag information installed in the embedding cassette 200, and from the electronic tag reader 600. Identification of the electronic tag information to be transmitted and the specimen tissue detailed information associated with the electronic tag information is retrieved from the database unit 170 and displayed on the screen of the output unit 130.

The slide barcode output module 164 is a program module for driving a slide printer 700 connected through the interface unit 150 to record a barcode indicating sample tissue information on the recording surface 310 of the slide 300. The slide barcode output module 164 generates a two-dimensional barcode indicating specimen tissue information input through the input unit 120, and transmits the two-dimensional barcode to the slide printer 700 to be output to the recording surface 310 of the slide 300. The bar code information is associated with the sample tissue information and registered in the database unit 170.

The barcode identification module 165 is a program module for identifying the barcode information recorded on the recording surface 310 of the slide 300 by driving the barcode reader 800 connected through the interface unit 150. The barcode identification module 165 drives the barcode reader 800 so that the barcode reader 800 can read the barcode information recorded on the recording surface 310 of the slide 300, and transmits the barcode reader 800 from the barcode reader 800. The bar code information is identified and the sample tissue detailed information associated with the bar code information is extracted from the database unit 170 and displayed on the screen of the output unit 130.

The specimen information management module 166 is a program module for registering and managing the specimen tissue information used for the inspection in the database unit 170. The specimen tissue management module includes an identification number recorded on the recording surface 210 of the embedding cassette 200, specimen tissue information registered on the electronic tag 220, and barcode information recorded on the recording surface 310 of the slide 300. It is registered and managed in the database unit 170 in association with the specimen information detailed information, and provides a search by using any one of the registered information as a keyword.

The test result management module 167 is a program module that registers and manages the test result of the sampled tissue in the database 170. The test result management module 167 records the test result of the sample tissue in accordance with the sample tissue information registered in the database unit 170, that is, the sample tissue detailed information and the identification number recorded on the recording surface 210 of the embedding cassette 200. In connection with the sample tissue information recorded in the electronic tag 220, the bar code information recorded in the recording surface 310 of the slide 300 is registered and managed in the database unit 170, any one of the registered information To search for test results by keyword.

The entry and exit management module 168 is a program module for registering and managing the storage positions of the embedding cassette 200 and the slide 300 in the database unit 170. The warehouse management module 168 records the storage location when the identification number is recorded on the recording surface 210 of the embedding cassette 200 and the sample tissue information is registered and used in the electronic tag 220 and stored in the storage location. Registered in the unit 170, the slide 300 is also stored in the storage place after the bar code is recorded and used in the inspection by registering and managing the storage location in the database unit 170 and then the embedding cassette 200 or If the slide 300 needs to be reused, the position can be quickly identified.

The database unit 170 is a device for registering and managing information related to the specimen tissue managed through the specimen tissue information management unit 160. FIG. 9 is a block diagram of a database unit according to an embodiment of the present invention.

As shown in FIG. 9, the database unit 170 according to the present invention includes a DBMS (Database Management System) 171 for registering and managing data in the database 172 under the control of the specimen tissue information managing unit 160. A database 172 is provided for storing data under control of the DBMS 171.

The database 172 includes an identification number DB 172a in which an identification number recorded on the recording surface 210 of the embedding cassette 200 is registered, and a sample tissue registered in the electronic tag 220 of the embedding cassette 200. Electronic tag DB 172b in which information is registered, Sample tissue DB 172c in which specimen tissue detailed information is registered, Barcode DB 172d in which barcode information recorded in slide 300 is recorded, and specimen tissue inspection An inspection result DB 172e in which the result information is registered, and an entry and exit DB 172f in which storage position information of the embedding cassette 200 and the slide 300 are recorded are provided. Information registered in the database 172 is managed by the specimen organization information management unit 160 in association with each other.

Hereinafter, a process of registering and managing sample tissue information using an intelligent human embedding cassette recognition system using the electronic tag having the above configuration will be described.

10 is a flowchart illustrating a process in which specimen tissue information is registered and managed according to an embodiment of the present invention.

Steps S110 and S120: When the sample tissue to be inspected is received and arranged (S110), the sample information management module 166 provided in the sample tissue information management unit 160 of the sample tissue information management server 100 is input by an administrator. The specimen tissue detailed information is registered in the specimen tissue DB 172c of the database unit 170 (S120).

Step S130: When the sample tissue information is registered, the embedding cassette identification number output module 161 records the identification number representing the sample tissue information on the recording surface 210 of the embedding cassette 200 in which the sample tissue is stored. The embedding cassette identification number output module 161 generates an identification number matching the specimen tissue information registered by the specimen information management module 166 to transmit it to the cassette printer 400, and the cassette printer 400 identifies the identification number. Is printed on the recording surface 210 of the embedding cassette 200, the identification number information printed on the recording surface 210 of the embedding cassette 200 is registered in the identification number DB (172a).

Step S140: The electronic tag registration module 162 also registers the sample tissue information registered by the specimen information management module 166 in the electronic tag 220 installed in the embedding cassette 200. In the embodiment of the present invention, the specimen tissue information registered in the electronic tag 220 may be some data that can specify the specimen tissue among the specimen tissue detailed information registered by the specimen information management module 166. Specimen tissue information registered in the electronic tag 220 is registered in the electronic tag DB (172b) with an identification number for distinguishing each electronic tag 220.

Step S150: After the identification number is recorded on the recording surface 210 of the embedding cassette 200 and the sample tissue information is registered on the electronic tag 220, the sample tissue is placed inside the embedding cassette 200, and the antiseptic and heat treatment are performed. To make a cassette block for embedding. Further, after making the embedding cassette block, the sample tissue is removed from the embedding cassette 200 and cut into pieces, and the cut tissue is attached to the slide 300 by performing ribbon knitting.

Step S160: After the thin sample tissue is attached to the slide 300, the slide 300 is dried, and then subjected to a dyeing process.

Step S170: After the dyeing process of the slide 300 is in progress, the slide bar code output module 164 records the bar code representing the sample tissue information attached to the slide 300 on the recording surface 310 of the slide 300. The slide barcode output module 164 generates a 2D barcode signal matching the attached tissue information and transmits it to the slide printer 700, and the slide printer 700 transmits the 2D barcode to the recording surface 310 of the slide 300. ), The barcode information printed on the recording surface 310 of the slide 300 is registered in the barcode DB 172d.

Step S180: After the barcode is recorded on the recording surface 310 of the slide 300, the specimen tissue attached to the slide 300 is inspected and diagnosed, and the test result DB by the test result management module 167 It is registered at 172e.

Step S190: The slide 300 and the embedding cassette block, which have been inspected, are stored in a separate storage location, and the storage location information of the slide 300 and the embedding cassette block is recorded on the recording surface 310 of the corresponding slide 300. The recorded barcode information and the identification code recorded on the recording surface 210 of the embedding cassette 200 and the specimen tissue information registered in the electronic tag 220 are matched to the deposit and receive DB 172f by the deposit and receive management module 168. It is registered.

Detailed information of the specimen tissue through the above process, the identification number recorded on the recording surface 210 of the embedding cassette 200, specimen tissue information registered in the electronic tag 220 of the embedding cassette 200, slide 300 The bar code information recorded on the recording surface 310 of the), the test result information of the specimen tissue, the storage place information of the slide 300 and the embedding cassette block are correlated with each other and registered and managed in the database unit 170.

After the registration and inspection of the specimen information is completed, it is possible to quickly and accurately grasp the specimen information related to the search for the specimen information or to re-examine or recycle the specimen. That is, the identification information recorded on the recording surface 210 of the embedding cassette 200 may be retrieved and confirmed by searching the information of the specimen tissue stored in the embedding cassette 200, and may be stored through the electronic tag reader 600. By identifying the electronic tag 220 information installed in the cassette cassette 200, the information of the sample tissue can be confirmed, and the barcode information recorded on the recording surface 310 of the slide 300 is identified through the barcode reader 800. The information of the sample tissue can be confirmed. At this time, when identifying the identification number information or the electronic tag 220 information and the slide 300 barcode information of the embedding cassette 200, the administrator can quickly check the specimen tissue information by checking the detailed information of the specimen tissue associated with it. You will be able to pinpoint it. Further, by managing the storage position information of the slide 300 and the embedding cassette block in association with the specimen information, the storage position of the slide 300 and the embedding cassette block can be easily grasped.

In addition, the medical information stored in the embedding cassette 200 may be provided to other medical institutions or medical research institutes to enable sharing of human pathological tissue embedding resources to be used for new drug development.

As described above, the intelligent pathological tissue embedding cassette recognition system using the electronic tag according to the present invention enables the management and sharing of specimens for embedding human pathological tissues to be performed quickly and easily, and the present invention is limited to the above-described embodiment. It will be apparent that various modifications and variations can be made by those skilled in the art to which the present invention pertains without departing from the spirit of the present invention and the equivalent scope of the claims to be described below.

1 is a flowchart illustrating a process of inspecting a specimen tissue using a conventional embedding cassette and a slide;

2 is an overall block diagram of an intelligent human body embedding cassette recognition system using an electronic tag according to the present invention;

3 is a front perspective view of the embedding cassette according to the present invention;

4 is a rear perspective view of the embedding cassette according to the present invention;

Figure 5 is a cover detachment state of the embedding cassette according to the present invention,

6 is a perspective view of a slide according to the present invention,

7 is a use state of the slide according to the present invention,

8 is a block diagram of a specimen organization information management server according to the present invention;

9 is a block diagram of a database unit according to the present invention;

10 is a flowchart illustrating a process in which specimen tissue information is registered and managed according to the present invention.

[Description of Drawings]

100: specimen organization information management server 110: central control unit

120: input unit 130: output unit

140: communication unit 150: interface unit

160: specimen organization information management unit

161: embedding cassette identification number output module

162: electronic tag registration module 163: electronic tag identification module

164: slide barcode output module 165: barcode identification module

166: specimen information management module 167: inspection result management module

168: warehouse management module 170: database unit

171: DBMS 172: Database

172a: Identification number DB 172b: Electronic tag DB

172c: sample tissue DB 172d: barcode DB

172e: Test result DB 172f: Entry and exit DB

200: embedding cassette 210: recording surface

220: electronic tag 300: slide

310: recording surface 400: cassette printer

500: electronic tag recorder 600: electronic tag reader

700: slide printer 800: barcode reader

Claims (7)

A system for recording and managing information in embedding cassettes and slides used for clinical specimen biopsy, An electronic tag 220 installed at one side of the embedding cassette 200 and registering sample tissue information stored inside the embedding cassette 200; An electronic tag recorder 500 for registering specimen tissue information in the electronic tag 220; An electronic tag reader 600 for identifying specimen tissue information registered in the electronic tag 220; A cassette printer 400 for recording an identification number indicating specimen tissue information on a recording surface 210 formed at one side of the embedding cassette 200 in which the electronic tag 220 is installed; By controlling the operation of each component, the identification number information recorded on the recording surface 210 of the embedding cassette 200 and the specimen tissue information registered in the electronic tag 220 are correlated with the specimen tissue detailed information and the test result information. Intelligent pathology using an electronic tag, characterized in that it comprises a; registration and management in the 170, the specimen organization information management server 100 for identifying the specimen tissue information identified through the electronic tag reader 600; Cassette recognition system for tissue embedding. The method of claim 1, A slide printer (700) for recording a barcode indicating sample tissue information on one side of the slide (300) to which the sample tissue for examination is attached to the upper portion under the control of the sample tissue information management server (100); Intelligent pathological tissue embedding cassette recognition system using an electronic tag, characterized in that it further comprises; bar code reader 800 for identifying the barcode information recorded on the slide 300 and transmits it to the specimen tissue information management server 100 . 3. The method of claim 2, The specimen organization information management server 100 A specimen information management module 166 for registering and managing information on specimen tissue used for the inspection in a database unit 170; The cassette printer 400 is driven to record an identification number indicating specimen tissue information on the recording surface 210 of the embedding cassette 200, and the identification number recorded on the recording surface 210 of the embedding cassette 200 is stored in a database. A embedding cassette identification number output module 161 registered in the unit 170; The electronic tag recorder 500 is driven to register sample tissue information in the electronic tag 220 installed in the embedding cassette 200, and the sample tissue information and electronic tag information registered in the electronic tag 220 are stored in a database unit ( An electronic tag registration module 162 for registering at 170; An electronic tag identification module 163 for driving the electronic tag reader 600 to identify electronic tag information installed in the embedding cassette 200; The slide printer 700 is driven to record a barcode indicating sample tissue information on the recording surface 310 of the slide 300, and the barcode information recorded on the recording surface 310 of the slide 300 is stored in the database unit 170. A slide barcode output module 164 for registering; A barcode identification module 165 for driving the barcode reader 800 to identify barcode information recorded on the recording surface 310 of the slide 300; Intelligent tissue using an electronic tag, characterized in that the specimen tissue information management unit 160, including; the inspection result management module 167 for registering and managing the inspection results of the specimen tissue undergoing the inspection in the database unit 170; Cassette Recognition System for Pathological Embedding. The method of claim 3, wherein The specimen tissue information management unit 160 Intelligent pathology organization using electronic tags, characterized in that the entry and exit management module 168 for registering and managing the storage position information of the embedding cassette 200 and the slide 300 has been processed in the database unit 170 is provided. Embedded cassette recognition system. The method of claim 1, The electronic tag 220 is an intelligent pathological tissue embedding cassette using an electronic tag, characterized in that installed on the back of the recording surface 210 of the cassette 200 for recording the specimen tissue identification number by the cassette printer 400 Cognitive System. 3. The method of claim 2, The slide printer 700 is an intelligent pathological tissue using an electronic tag, characterized in that the two-dimensional barcode printer for recording the two-dimensional barcode indicating the specimen tissue information on the recording surface 310 formed on one side of the slide 300 in a spray method. Embedded cassette recognition system. The method of claim 6, The slide printer 700 and the cassette printer 400 is an intelligent pathological tissue embedding cassette recognition system using an electronic tag, characterized in that formed integrally.

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