Test platform, test apparatus and control method thereof

1. A test platform comprising:

a body;

at least one reference material which is formed on the body and on which at least one color is printed; and

a tag that stores information related to the test platform determining whether a detection module of a test apparatus comprising at least one hardware processor needs to be corrected,

wherein the tag includes a reference value with respect to a result of detection regarding the reference material by the detection module, and identification information identifying whether the test platform is a microfluidic device or a test platform testing the detection module of a test apparatus.

2. The test platform according to claim 1 , wherein a plurality of colors are printed on the at least one reference material, and the colors are different from each other in at least one of printed shape, brightness, and thickness.

3. The test platform according to claim 1 , wherein the tag is formed on the body, and includes a barcode, a quick response (QR) code, or a radio frequency identification (RFID) tag.

4. The test platform according to claim 1 , wherein the reference value includes a reference range for each reference material.

5. The test platform according to claim 1 , further comprising an accommodator which accommodates the at least one reference material therein.

6. The test platform according to claim 1 , further comprising a plurality of magnetic substances disposed adjacent to the at least one reference material and the tag.

7. The test platform according to claim 1 , wherein the reference material is a print film on which one or more colors are printed on a reactor.

8. The test platform according to claim 1 , wherein the body has a disc shape.

9. A test apparatus comprising at least one hardware processor which implements:

a light source configured to irradiate light to a platform including a tag;

a detection module configured to read information stored in the tag of the platform, the detection module including a light receiver configured to face the light source and to receive the light irradiated by the light source; and

a controller configured to, in response to determining that the platform is identified as a microfluidic device based on identification information included in information read from the tag, control the light source and the light receiver to detect a biochemical reaction occurring in a detection target included in the microfluidic device,

wherein the controller is configured to, in response to determining that the platform is identified as a test platform based on the identification information, compare a reference value included in the information read from the tag and a result of a detection of a reference material provided on the test platform by the detection module, and to determine whether the detection module needs to be corrected based on a result of the comparison.

10. The test apparatus according to claim 9 , wherein the at least one hardware processor further implements:

a rotation driver configured to rotate the test platform; and

a detection module driver configured to move the detection module in a radial direction with respect to the test platform,

wherein the controller controls the detection module driver to move the detection module in the radial direction until the light receiver of the detection module is positioned at a location corresponding to a radial distance at which the tag or the reference material is positioned, and controls the rotation driver to rotate the test platform until the tag or the reference material faces the light receiver.

11. The test apparatus according to claim 9 , wherein the light source is an area light source including a backlight unit.

12. The test apparatus according to claim 9 , wherein the light receiver includes a charge coupled device (CCD) image sensor or a complementary metal-oxide semiconductor (CMOS) image sensor.

13. The test apparatus according to claim 9 , wherein the test platform includes a plurality of magnetic substances disposed adjacent to the tag and the reference material, and

the detection module includes a plurality of magnets for applying an attraction force to the magnetic substances so that the tag and the reference material are stopped at locations at which the tag and the reference material face the light receiver.

14. The test apparatus according to claim 13 , wherein the controller controls the detection module driver to move the detection module in a radial direction until the magnets of the detection module are positioned at locations corresponding to radial distances at which the magnetic substances of the test platform are positioned, and controls the rotation driver to rotate the test platform until the magnetic substances of the test platform face the magnets of the detection module.

15. The test apparatus according to claim 9 ,

wherein the controller receives, in response to determining that the light receiver of the detection module detects light passed through one or more colors printed on the reference material, the result of the detection, and compares the result of the detection to the reference value, and

wherein the controller corrects the light receiver of the detection module in response to determining that the result of the detection is not identical to the reference value.

16. The test apparatus according to claim 9 , wherein the reference value includes a reference range set in advance for the reference material.

17. The test apparatus according to claim 9 , wherein if the result of the detection is not identical to the reference value, the controller corrects a detection condition of the light receiver such that the result of the detection by the light receiver is identical to the reference value, and

after the detection condition of the light receiver is corrected, the controller controls the light receiver to detect light passed through one or more colors printed on the reference material, and determines whether the result of the detection is identical to the reference value.

18. A method of controlling a test apparatus comprising at least one hardware processor, the method comprising:

receiving information stored in a tag of a platform;

detecting, in response to determining that the platform is identified as a microfluidic device based on identification information included in the received information read from the tag, a biochemical reaction occurring in a detection target included in the microfluidic device;

comparing, in response to determining that the platform is identified as a test platform based on the identification information included in the received information read from the tag, the reference value included in the received information with a result of a detection of light passed through a reference material provided on the test platform by the detection module; and

correcting a light receiver of the detection module if the result of the detection is not identical to the reference value.

19. The method according to claim 18 , wherein the receiving the information including the reference value comprises:

moving the detection module in a radial direction with respect to the test platform until the light receiver of the detection module is positioned at a location corresponding to a radial distance at which the tag is positioned on the test platform;

rotating the test platform until the tag faces the light receiver;

receiving the reference value and identification information for identifying the test platform from the light receiver, wherein the light receiver acquires the identification information and the reference value by reading the tag;

storing the identification information and the reference value; and

identifying that the test platform is a test platform for testing the detection module based on the identification information.

20. The method according to claim 19 , wherein the test platform includes a magnetic substance disposed adjacent to the tag,

the detection module includes a magnet applying an attraction force to the magnetic substance so that the tag is stopped at a location at which the tag faces the light receiver, and

the moving the detection module in the radial direction comprises moving the detection module in the radial direction until the magnet of the detection module arrives at a location corresponding to a radial distance at which the magnetic substance disposed adjacent to the tag of the test platform is positioned.

21. The method according to claim 20 , wherein the rotating the test platform comprises rotating the test platform so that the magnetic substance of the test platform faces the magnet of the detection module when the magnet of the detection module is positioned at a location corresponding to a radial distance at which the magnetic substance disposed adjacent to the tag of the test platform is positioned.

22. The method according to claim 19 , wherein the test platform includes a magnetic substance disposed adjacent to the reference material,

the detection module includes a magnet for applying an attraction force to the magnetic substance so that the magnetic substance is stopped at a location at which the reference material faces the light receiver, and

the moving the detection module in the radial direction comprises moving the detection module in the radial direction until the magnet of the detection module arrives at a location corresponding to a radial distance at which the magnetic substance disposed adjacent to the reference material of the test platform is positioned.

23. The method according to claim 22 , wherein the rotating the test platform comprises rotating the test platform so that the magnetic substance of the test platform faces the magnet of the detection module when the magnet of the detection module is positioned at a location corresponding to a radial distance at which the magnetic substance disposed adjacent to the reference material of the test platform is positioned.

24. The method according to claim 20 , wherein the comparing the reference value to the result of the detection comprises:

moving the detection module in a radial direction with respect to the test platform until the light receiver of the detection module arrives at a location corresponding to a radial distance at which the reference material is positioned;

rotating the test platform until the reference material faces the light receiver; and

receiving, in response to determining that the light receiver detects light passed through one or more colors printed on the reference material, the result of the detection from the light receiver, and comparing the reference value to the result of the detection.

25. The method according to claim 18 , wherein the correcting the light receiver of the detection module comprises:

correcting, in response to determining that the result of the detection is not identical to the reference value, a detection condition of the light receiver such that the result of detection by the light receiver is identical to the reference value, and

after the detection condition of the light receiver is corrected, controlling the light receiver to detect light passed through one or more colors printed on the reference material, and determining whether the result of the detection is identical to the reference value.