CN-121995044-A - Method and device for generating report of formed component detection graph

CN121995044ACN 121995044 ACN121995044 ACN 121995044ACN-121995044-A

Abstract

The method and the device for generating the formed component detection graphic report comprise the steps of detecting the formed component, outputting a graphic report file of a preset detection item according to the preset detection item, printing and outputting the graphic report file according to an external command, wherein the graphic report file comprises at least one detection item graphic display area, the detection item graphic display area comprises at least one microscopic sub-image of a detection target, and the microscopic sub-image is a selected local microscopic image in the microscopic images. The device comprises a graphic report management module, a storage module and a display module, wherein the graphic report management module outputs a graphic report file of a preset detection item according to the preset detection item, the graphic report file comprises at least one detection item graphic display area, the detection item graphic display area comprises at least one microscopic image of a detection target, the microscopic image is a local microscopic image selected from the microscopic images, the storage module comprises at least one standard microscopic image, and the standard microscopic image is used for being displayed in the detection item graphic display area.

Inventors

FANG XIANGFEI
LU JINGJIANG

Assignees

深圳安侣医学科技有限公司

Dates

Publication Date: 20260508
Application Date: 20241108

Claims (16)

1. A method for generating a report of a formed component detection pattern is characterized in that, Detecting a tangible component; outputting a graphic report file of the preset detection item according to the preset detection item; Printing and outputting the graphic report file according to an external command; The graphic report file comprises at least one graphic display area of the detection item, and the graphic display area of the detection item comprises at least one microscopic image of the detection target, wherein the microscopic image is a selected local microscopic image in the microscopic images.
2. The method for generating a report of a formed component detection pattern according to claim 1, wherein, The detection item graphic display area comprises at least one standard microscopic drawing, and the standard microscopic drawing is preset in the formed component detection equipment.
3. The method for generating a partial detection graphic report according to claim 1, further comprising a graphic report preview display; The user can choose to reset the state of the detection item of the graphic report output, and when resetting the state of the detection item of the graphic report output, the user can choose whether one detection item outputs a graphic detection result or not; the user can choose to enter the state of optimizing the sub-image of the detection item, and in the state of optimizing the sub-image of the detection item, the user can choose whether a microscopic sub-image of the detection target is output and displayed.
4. The method for generating a report of a formed component detection pattern according to claim 3, wherein, When resetting the state of the detection items output by the graphic report, a user can drag the adjustment sequence of the detection items; When optimizing and detecting the project sub-graph state, the user can drag the micro sub-graph to adjust the sequence.
5. The method for generating a formed component test graphic report according to claim 3, wherein the graphic report file further comprises a data list including test results of test items corresponding to the test items, and any one or more of the following features: The method comprises the following steps of (1) starting a detection item to output a graphical detection result when a graphical report output state is set, and automatically adding a data list into the detection result of the detection item; And (2) setting a graphic report output state, closing one detection item, outputting a graphic detection result, and automatically deleting the detection result of the detection item by the data list.
6. The method for generating a formed partial inspection graphic report according to claim 3, wherein the graphic report file further comprises a data list, the data list comprises inspection items and inspection results corresponding to the inspection items, the data list comprises an optimized inspection item sub-graph state, the attribute labels of one or a class of sub-graphs can be changed in the optimized inspection item sub-graph state, and the inspection results corresponding to the inspection items in the data list are changed correspondingly according to the change of the attribute labels of the sub-graphs.
7. The method for generating a report of a formed part detection pattern according to claim 5, comprising any one of the following technical features: the characteristic TA1 is that the attribute label of one or a class of subgraphs is changed into a species class of a cell; the feature TA2 is that the attribute label of one or a class of subgraphs is changed into a class of a cell; the characteristic TA3 is that the attribute label of one or a class of subgraphs is changed into a leukocyte class of one cell; and (4) changing the attribute label of one or a class of subgraphs into an abnormal class corresponding to one red blood cell subgraph.
8. The method for generating a report of a formed part detection pattern according to claim 5, comprising any one of the following technical features: and the feature TB1 is used for changing the attribute label of one or a class of subgraphs, and comprises changing the formed component of the unknown class into a specific class.
9. The method for generating a report of a formed component detection pattern according to any one of claims 1 to 8, wherein, The said physical component detection is any one of blood, feces, urine and body cavity liquid detection.
10. The method for generating a report of a formed component detection pattern according to claim 7 or 8, wherein, And sending the subgraph of the variable attribute label and the variable attribute label to a network server, and carrying out AI data training again by the network server to obtain AI identification characteristic data of an updated version.
11. The method for generating a report of a formed component detection pattern according to claim 10, wherein, Before the network server retrains the AI data, the subgraphs with changed attribute labels are interpreted manually, and the modified attribute labels are verified to obtain the AI identification characteristic data of the updated version.
12. The device is characterized by comprising a detection module, a graphic report management module and a display module; The detection module is used for detecting the formed components and is electrically connected with the graphic report management module; the graphic report management module is in electrical signal connection with the display module; the display module supports graphic report display; The graphic report management module comprises a storage module; the graphic report management module outputs a graphic report file of a preset detection item according to the preset detection item; The graphic report file comprises at least one detection item graphic display area, and the detection item graphic display area comprises at least one microscopic image of a detection target, wherein the microscopic image is a selected local microscopic image in the microscopic images; The storage module comprises at least one standard microscopic image; the standard microscopic subgraph is used for displaying in the detection item graphic display area.
13. The device for detecting a presence of a constituent according to claim 12, wherein, The standard microscopic subgraph can be updated through a network; the graphic report management module can print out the graphic report file according to an external command.
14. A computing processing device is characterized in that, The method is characterized by comprising any one of the following technical characteristics: TD1 is used for operating all or part of the method according to any one of claims 1 to 11; TD2 the memory of the computing device comprises all or part of the data of the method according to any one of claims 1 to 11.
15. A data storage device, characterized in that, The method is characterized by comprising any one of the following technical characteristics: TE1 storing all or part of the program code for performing the training method according to any one of claims 1 to 11; TE2 storing all or part of the data of the method according to any one of claims 1 to 11.
16. A detection device is characterized in that, Part or all of the method for performing any one of claims 1 to 11; or stores all or part of the data of the method of any one of claims 1 to 11.

Description

Method and device for generating report of formed component detection graph Technical Field The application belongs to the technical field of analysis based on tangible components, and particularly relates to a method and a device for generating a report of a formed component detection graph, and a computing processing and storing device. Background In the prior art, the items and formats of various detection report outputs are usually fixed and cannot be selected on site. Some of the available items may be selected, and some of the reference value ranges may not be modified, and detailed sub-graphs and reference graphs for sub-graphs may not be provided. However, there are many kinds of output items of the composition analysis. The applicant carries out various formative component analysis based on the calculation power of the artificial intelligence AI, wherein a plurality of formative component analysis report output items are unconventional output items, and a richer and flexible interface is needed to be provided for a user, so that the report output content is necessary and needed, and the graphic linkage automatic modification can be carried out efficiently, thereby reducing the workload of report output adjustment. Disclosure of Invention In the report generating method and device with the formation detection graph, the report graph and text are combined, and the selection of the output image can be more flexibly performed. The technical scheme for solving the technical problems is that the method comprises the steps of generating a graphic report with formation component detection, detecting the formation component, outputting a graphic report file of a preset detection item according to the preset detection item, printing out the graphic report file according to an external command, wherein the graphic report file comprises at least one detection item graphic display area, and at least one microscopic image of a detection target is included in the detection item graphic display area, and the microscopic image is a selected local microscopic image in the microscopic images. The detection item graphic display area comprises at least one standard microscopic drawing, and the standard microscopic drawing is preset in the forming component detection equipment. The method for generating the formed component detection graphic report further comprises the steps of displaying a graphic report preview, displaying and outputting the graphic report file, enabling a user to select whether to reset the detection item state of the graphic report output, enabling the user to select whether one detection item outputs a graphical detection result or not when the detection item state of the graphic report output is reset, enabling the user to select whether to enter an optimized detection item sub-graph state, and enabling the user to select whether to output and display a microscopic sub-graph of a detection target when the detection item sub-graph state is optimized. When the state of the detection item output by the graphic report is reset, the user can drag the adjustment sequence of the detection item, and when the state of the sub-image of the detection item is optimized, the user can drag the adjustment sequence of the micro-image. The graphic report file also comprises a data list, wherein the data list comprises detection items and detection results corresponding to the detection items, the data list comprises any one or more of the following characteristics, namely, the characteristic TA1 is that one detection item is started to output a graphic detection result when a graphic report output state is set, the data list is automatically added with the detection results of the detection items, the characteristic TA2 is that one detection item is closed to output the graphic detection result when the graphic report output state is set, and the data list automatically deletes the detection results of the detection items. The graphic report file also comprises a data list, wherein the data list comprises detection items and detection results corresponding to the detection items, and the data list is correspondingly changed after changing whether one detection item outputs the graphic detection result or not in the state of the detection items output by the graphic report, so that the corresponding detection item in the detection items can be added into the data list or excluded from the data list. The graphic report file also comprises a data list, wherein the data list comprises detection items and detection results corresponding to the detection items, the data list comprises an optimized detection item sub-image state, the attribute labels of one or a class of sub-images can be changed in the optimized detection item sub-image state, and the detection results corresponding to the detection items in the data list correspondingly change according to the attribute label changes of the sub-images. The method for