TWM614236U - Multi-test fast screening tester with one device - Google Patents

Abstract

A fast screening tester with one machine and multiple tests, which mainly includes: a main body is provided with at least three detection sockets, and each detection socket is correspondingly provided with a carrier plate and an image capture module, the carrier plate can be Provides a corresponding quick screening test paper cassette to be inserted; an electronic device can be connected to the Internet to connect to the main body activities; and; a cloud database processing unit with built-in reference data and image data for multiple test items, And the algorithm for each test item; this can effectively realize one machine for multiple tests, with different specifications of the tray for different test paper cassettes correspondingly, scan the two-dimensional bar code of the test paper cassette or the attached two-dimensional bar code paper card, Automatically and intelligently assist the image correction through the cloud, and automatically call the corresponding algorithm for calculation, and the result detection of various quick screening test papers can be interpreted more accurately than the naked eye.

Description

One machine multi-test fast screening tester

This creation is related to the technical field of in vitro testing systems, especially a fast screening tester with multiple tests.

With the continuous advancement of detection technology, there are many quick screening test papers on the market that can be directly judged by the naked eye, such as pregnancy test sticks or flu quick screening test papers. The detection device, then sent to the computing server by a memory card or computer, or mutually matched equipment restricts its use place, environment, timeliness and detection items. In addition, some testing equipment simply uses portable electronic devices such as smartphones to capture the development of the lines of the quick screening test paper to obtain the test results, not only because of the increase in the open camera environment or the error in image interpretation, but also because of the images of different models. The capture device adds only the variables of the judgment.

In the early days, the traditional portable inspection device was very troublesome to operate. In addition to the need to set up a support frame to stabilize the device, it was also used for shooting in an open space. The captured images are likely to be different due to different environments, leading to errors in interpretation and differences. Different styles of portable electronic devices have different pixel focusing distances or sensitivity, and the captured images will also have gaps, leading to errors in interpretation, resulting in serious detection errors, negligence and disputes.

To this end, the R&D team meticulously proposed the invention patent I612306B portable fast screen in vitro detection system, which has successfully overcome the shortcomings of traditional portable detection device applications. new The first-generation invention patent I699703B has a detection system with identification label compensation function. It also adds standard test parameters in a fixed environment for measurement and correction of the signal presented by the control line on the fast screening test paper, so that the measured value of the fast screening test paper can be compared with The comparison of the measured value set under the fixed environmental conditions, the compensation correction of the measured value of the test group by the algorithm based on the difference, and will not be affected by different external environments, so that the test result can be effectively improved and more accurate .

Although the two inventions have simplified structure and strong functions, they have been quite practical, but the detection speed and item...flexibility still have their limitations. Existing testing systems can only perform a single test, the body cannot provide multiple different test strips for simultaneous testing, and each test performed in the application must download a corresponding algorithm. Among them, if the test items are added or deleted, or the test The method is optimized for modification, and the relative APP application version must be renewed and updated successively. In addition to consuming huge resources such as increased research and development costs, waiting for review and re-listing time is wasted, and it will also cause user testing and use On the inconvenience and rigidity.

In order to effectively overcome and solve the above-mentioned problems, the R&D team strives for perfection and innovation, and has developed a fast screening tester with multiple tests.

The main purpose of this creation is to provide a fast screening tester with one machine and multiple tests, which mainly includes: a main body, an electronic device, and a cloud database processing unit, wherein the main body is provided with at least three detection sockets , A micro-processing unit for driving the main body, each detection socket is correspondingly provided with a carrier disk and an image capture module, the carrier disk can be placed in a corresponding test paper tray, so that the activity enters and exits the corresponding The detection socket, the shadow The image capture module is fixed in the corresponding detection socket, located above the detection area of the test paper cassette on the carrier; the electronic device can be connected to the Internet, and is movably connected with the main body to form data transmission. The electronic device is provided with an application unit for executing operation instructions, and a display unit for displaying the detection result of the main body. Preferably, the electronic device can be a smart phone, tablet, or desktop computer, which can be calculated through connection Algorithm to display the detection results of the main body, and; the cloud database processing unit has built-in reference data and image data for multiple detection items, and algorithms corresponding to each detection item; thereby, it can be effective Realize multiple tests in one machine, use different specification trays for different test paper cassettes to be placed correspondingly, scan the two-dimensional bar code of the test paper cassette or the equipped two-dimensional bar code paper card, automatically and intelligently assist in image correction through the cloud, and automatically call the corresponding The algorithm performs calculations and interprets the test results of various quick screening test papers.

1: main body

11: Detection socket

110: Guiding part

111: Exit key

12: loading plate

13: Image capture module

100: Test paper tray

101: Two-dimensional barcode

102: Two-dimensional barcode paper card

14: indicator light

15: Motherboard

151: Micro Processing Unit

16: power supply unit

17: Detection mode

2: electronic device

21: Application unit

22: display unit

25: connection line

3: Cloud database processing unit

70: Placement table

72: Convex

The first picture is the configuration diagram of the quick screening tester with one machine and multiple tests.

Figure 2 is a plan view of the main creative body.

Figure 3 is a three-dimensional view of the internal configuration of the main creative body.

Figure 4 is a schematic diagram of the application of this creation.

Figure 5 is the application flow chart of this authoring test.

In order to facilitate your reviewer to have a further understanding and understanding of the technical means and operation process of this creation, an example is given to match the diagram, and the detailed description is as follows.

Please refer to Figures 1 to 3. This creation is about a one-machine multi-test fast screening tester, which mainly includes: a main body 1, an electronic device 2, and a cloud database processing unit 3. The main body 1 is provided with at least three detection sockets 11, and each detection socket 11 is correspondingly provided with a carrier plate 12 and an image capture module 13, and a micro-processing unit 151 to drive the main body 1, each carrier plate 12 can be used for a corresponding test paper cassette 100 to be placed in, so that the movement enters and exits the corresponding detection socket 11, the image capturing module 13 is fixed in the corresponding detection socket 11, and the test paper is located on the carrier plate 12 Above the detection area of the cassette 100; the electronic device 2 can be connected to the Internet and movably connected with the main body 1 to form data transmission. The electronic device 2 is provided with an application unit 21 for executing operation instructions, and a display unit 22 to display the detection result of the main body 1, and; the cloud database processing unit 3, built-in reference data and image data of a plurality of detection items, and algorithms corresponding to each detection item; better implementation, The electronic device 2 is one of the following, a smart phone, a notebook computer, a tablet computer, and a desktop computer, but it is not limited to this in practice.

In a preferred implementation, each of the detection sockets 11 is provided with the carrier plate 12 with different specifications, so that different test paper cassettes 100 can be selected for placement.

By this, it can effectively realize one machine for multiple tests, with different specifications of the carrier plate 12 for different test paper cassettes 100 to be placed correspondingly, and scan the two-dimensional bar code 101 of the test paper cassette 100 or the equipped two-dimensional bar code The paper card 102 is automatically and intelligently assisted to perform image correction through the cloud, and automatically calls the corresponding algorithm for calculation, and interprets the detection results of various quick screening test papers.

In a preferred implementation, an exit button 111 is correspondingly provided under each detection socket 11 for pressing so that the inserted test paper cassette 100 can be released outward.

Preferably, each detection socket 11 of the main body 1 is provided with at least one indicator light 14 corresponding to it.

Preferably, the main body 1 is provided with fool-proof protection, that is, the image capturing module 13 is used to scan the two-dimensional bar code 101 or the equipped two-dimensional bar code paper card 102 on the side of the test paper cassette 100. To automatically call the corresponding algorithm and perform calculations.

Please refer to Figures 1 to 3, the main body 1 is a closed environment, and a main board 15, a micro-processing unit 151, and a power supply unit 16 are provided inside to electrically connect each detection socket The image capturing module 13 on the 11 and the corresponding indicator 14 are applied when a test paper cassette 100 is selected and inserted into the corresponding detection socket 11 on the main body 1, and the test paper cassette 100 is placed in place A sensor (not shown in the figure) will cause the relative indicator light 14 on the panel to light up, so that the user will know that the test paper cassette 10 is correctly placed after the test, and can start image capture.

In a preferred implementation, each image capturing module 13 is provided with a dual light source group of white LEDs and UV LEDs.

In a preferred implementation, as shown in Figure 4, the main body 1 is in the shape of an oblique square with round guides on four sides, and at least three detection sockets 11 are provided on the front oblique surface, but it is not limited to this in practice. Each detection socket 11 is provided with a horn-shaped guide plug 110. An inverted 7-shaped placing table 70 can be installed on the side of the main body 1, and two spaced convex portions 72 are provided on the placing table 70 for spanning. Should The electronic device 2 is connected to the main body 1 just below the USB cable 25 for plugging. In fact, the shape of the model created by this creation can be varied, and its actual appearance is not limited to this, and it can also be designed into other different shapes.

In a preferred implementation, as shown in Figure 5, the main body 1 is provided with multiple detection modes 17, including at least three modes: countdown mode, direct detection mode, and batch detection mode, in order to adapt to different places of use and habits, allowing The user chooses the most suitable detection method.

Therefore, please refer to Figs. 1 to 5 for an overall effective design. The image capturing module 13 of the main body 1 can be used to capture the image of the test paper cassette 100 and upload it to the electronic device 2 The cloud database processing unit 3 uses an automatic intelligent auxiliary unit for image correction, and automatically calls the corresponding algorithm and performs calculations, and then transmits the detection result of the interpretation quick screening test paper to the display unit 22 on the electronic device 2 for display , So that this creation test application has the following advantages:

1. It can be tested by one machine for multiple tests: as shown in steps S101~S109, S201~S202, and S301~S302 in Figure 4, the carrier tray 12 of different specifications is used for different test paper cassettes 100 to be placed in the image. The capture module 13 scans the two-dimensional barcode 101 on the test paper cassette 100, automatically and intelligently assists in image correction through the cloud, and automatically calls the corresponding algorithm for calculation, and interprets the test results of various quick screening test papers.

2. During the test, the indicator 14 shows the status: the red light indicates that the test is under test, such as S104; the green light indicates that the test is completed, such as S109, and the test paper cassette 100 can be taken out; the red light indicates that the detection and analysis is abnormal, such as S108 (including: test paper color development) Abnormal, the corresponding algorithm is different from the item of the cassette to be tested), it warns that the test paper cassette 100 needs to be taken out.

3. One machine with multiple tests is equipped with foolproof protection: during application, the cloud corresponding algorithm S301~S302 is called by scanning the code, and the two-dimensional bar code 101 of the test paper cassette 100 is judged through the image S103 or the equipped two-dimensional barcode paper card 102 to confirm that the detection items of the characteristics of the cassette test paper cassette 100 are correct, so as to achieve the foolproof protection of multiple detections.

4. This creation has a variety of detection modes17: For example, S105 allows users to choose the most suitable detection method, using at least three modes: reciprocal mode, direct detection mode, and batch detection mode, but it is not limited to this in practice. According to different usage fields and habits.

5. The image capture module 13 is equipped with a dual light source group: such as S106, where the white light LED is equipped with a uniform light plate to spread the light source evenly, and can detect double-mode quick screening test paper such as colloidal gold quick screening test paper, and UV LED can detect fluorescence Quickly screen the test paper.

6. Smart interpretation: such as S201~202, S301~302, the test results are interpreted through the analysis software in the electronic device 2, which can interpret the color, brightness, and saturation of the displayed image of the quick screening test paper in the test paper cassette 100 , And through the two-dimensional bar code 101 to distinguish the items to be tested and different batches, the color, brightness, saturation and a parameter of the quick screening test paper are compared and analyzed, and the accurate interpretation results of the quick screening test paper can be obtained.

The overall effective design of this creation allows the main body 1 to be used solely for image shooting functions, while the electronic device 2 can be used solely for commanding, data transmission and display of test results, and other related parameters are identified and adjusted and called corresponding algorithms. The calculation is achieved by the cloud database processing unit 3 in a unified manner. It is very convenient to use and is conducive to subsequent development and updates. When the inspection items are added or deleted at any time, or the inspection method must be optimized, only relative corrections and adjustments within the cloud database processing unit 3 are required. As for the original on the electronic device 2, The APP application version can be renewed and there is no need to follow the update successively, so the long-term system research and development cost can be greatly reduced, and there is no need to waste time waiting for the re-review of the APP re-release, making the user inspection operation more user-friendly and convenient.

However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation; therefore, all simple equivalent changes and modifications made in accordance with the scope of the patent application for this creation and the content of the new specification , Should still be within the scope of this creation patent.

1: main body

11: Detection socket

12: loading plate

110: Guiding part

111: Exit key

100: Test paper tray

101: Two-dimensional barcode

102: Two-dimensional barcode paper card

14: indicator light

2: electronic device

21: Application unit

22: display unit

3: Cloud database processing unit

Claims (10)

A one-machine multi-test quick screening tester, comprising: a main body, an electronic device, and a cloud database processing unit, wherein the main body is provided with at least three detection sockets and a micro-processing unit for driving the main body Each detection socket is correspondingly provided with a carrier plate and an image capture module, and the carrier plate can be inserted into a corresponding test paper cassette, so that the activity enters and exits the corresponding detection socket, and the image capture module The group is fixed in the corresponding detection socket, located above the detection area of the test paper cassette on the tray; the electronic device can be connected to the Internet, and is movably connected with the main body to form data transmission. The electronic device is equipped with There is an application unit for executing operating instructions, and a display unit for displaying the test results of the main body, and; the cloud database processing unit has built-in reference data and image data for a plurality of test items, and corresponding to each The algorithm of the detection item; among them, the image of the test paper cassette is captured by the image capture module of the main body, uploaded to the cloud database processing unit via the electronic device, and the automatic intelligent auxiliary unit is used for image correction, and automatically Call the corresponding algorithm and perform calculations, and then transmit the test results of the interpretation quick screening test paper to the display unit on the electronic device for display. As described in claim 1, a multi-machine quick screening tester, wherein each test socket is provided with the carrier plate of different specifications, so that different test paper cassettes can be selected and placed. The one-machine multi-test fast screening tester described in claim 2, wherein the electronic device is one of the following: a smart phone, a notebook computer, a tablet computer, and a desktop computer. According to claim 3, the one-machine multi-test quick screening tester, wherein each test socket on the main body is provided with an indicator light. As described in claim 3, a multi-machine quick screening tester, wherein each test socket is correspondingly provided with an exit button for pressing the inserted test paper cassette to be released outward. As described in claim 3, a multi-machine quick screening tester, wherein the main body is provided with fool-proof protection, and the image capturing module is used to scan the two-dimensional bar code set on the edge of the test paper tray to automatically Call the corresponding algorithm and do the calculation. According to claim 3, a multi-machine quick screening tester, wherein the one image capturing module is provided with a dual light source group of white light LED and UV LED. According to claim 4, a multi-machine quick screening tester, wherein the main body is a closed environment, and a main board and a power supply unit are further provided inside to electrically connect the image on each detection socket The capture module, and the corresponding indicator light, are for the test paper tray to be correctly inserted and placed so that the relative indicator light on the panel lights up to start image capture. As described in claim 3, the one-machine multi-test quick screening tester, wherein the main body is provided with at least three test modes, namely, countdown mode, direct test mode, and batch test mode, for selection. The one-machine multi-test fast screening tester described in claim 3, wherein the main body is provided with three detection sockets, and each detection socket is provided with a horn-shaped guide plug part, and the main body can be arranged side by side A placing table is provided with two spaced convex parts on the placing table for spanning the electronic device, and the lower part is just for the USB connection line to be connected to the main body.

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