CN114563587A - Detection liquid information introduction device and method and sample analyzer - Google Patents
Detection liquid information introduction device and method and sample analyzer Download PDFInfo
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- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N35/00584—Control arrangements for automatic analysers
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- G01N33/50—Chemical analysis of biological material, e.g. blood, urine; Testing involving biospecific ligand binding methods; Immunological testing
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Abstract
The application discloses detection liquid information leading-in device, method and sample analysis appearance, detection liquid information leading-in device includes: the information acquisition module is used for acquiring a detection liquid information import command input by a user; the information display module is used for generating a corresponding detection liquid parameter import item in the first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface; and the parameter information import module is used for receiving a detection liquid parameter setting command input by a user in the detection liquid parameter import item, generating detection liquid parameter information and storing the detection liquid parameter information in the information display module. The technical problem that project sample testing cannot be carried out due to the fact that detection liquid information is missing in the prior art is solved.
Description
Technical Field
The application relates to the technical field of medical instruments, in particular to a detection liquid information importing device and method and a sample analyzer.
Background
With the increasing importance of people on self health, in vitro diagnosis is more and more common, wherein for immunodiagnosis, chemiluminescence immunoassay technology gradually replaces enzyme-linked immunosorbent assay to become a mainstream immunodiagnosis method by virtue of high automation degree, and a full-automatic chemiluminescence immunoassay sample analyzer generally needs to complete the introduction of detection liquid information before performing immunoassay item sample test so as to realize the correlation test of detection liquid and reagent and ensure the accuracy and stability of test data when the full-automatic chemiluminescence immunoassay sample analyzer performs immunoassay item sample test, currently, a user scans bar codes corresponding to different detection liquids by a scanning gun under normal conditions, and then completes the introduction of the detection liquid information by the detection liquid information contained in the bar codes corresponding to the detection liquids, but the bar codes corresponding to the detection liquids are easily damaged before scanning, and then easily lead to the loss of detection liquid information, and then can't pass through detection liquid information, realize the purpose that detection liquid and project are correlated, and then can't continue to carry out the project sample test.
Disclosure of Invention
The application mainly aims to provide a detection liquid information introduction device, a detection liquid information introduction method and a sample analyzer, and aims to solve the technical problem that project sample testing cannot be performed due to the fact that detection liquid information is missing in the prior art.
In order to achieve the above object, the present application provides a detection liquid information introduction device, which is a virtual device and is applied to a detection liquid information introduction apparatus, the detection liquid information introduction device including:
the information acquisition module is used for acquiring a detection liquid information import command input by a user;
the information display module is used for generating a corresponding detection liquid parameter import item in the first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
and the parameter information import module is used for receiving a detection liquid parameter setting command input by a user in the detection liquid parameter import item, generating detection liquid parameter information and storing the detection liquid parameter information in the information display module.
The application also provides a detection liquid information importing method, which comprises the following steps:
acquiring a detection liquid information import command input by a user;
generating a corresponding detection liquid parameter import item in a first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
receiving a detection liquid parameter setting command input by a user at the detection liquid parameter import item, generating detection liquid parameter information, and storing the detection liquid parameter information in the information display module.
The present application further provides a detection liquid information introduction apparatus, the detection liquid information introduction apparatus may be a sample analyzer, the detection liquid information introduction apparatus includes: a memory, a processor, and a program stored on the memory for implementing the detection liquid information introduction method,
the memory is used for storing a program for realizing the detection liquid information importing method;
the processor is configured to execute a program for implementing the detection liquid information importing method to implement the steps of the detection liquid information importing method as described above.
The present application also provides a computer-readable storage medium having stored thereon a program for implementing the detection liquid information introduction method, which when executed by a processor, implements the steps of the detection liquid information introduction method as described above.
Compared with the technical means of adopting a scanning gun to conduct detection liquid information introduction in the prior art, the detection liquid information introduction device, the detection liquid information introduction method and the sample analyzer acquire a detection liquid introduction command input by a user through an information acquisition module, and then generate a corresponding detection liquid parameter introduction item on a first display module through an information display module according to the detection liquid information introduction command, wherein the first display module comprises a detection liquid information management interface, and further receive a detection liquid parameter setting command input by the user on the detection liquid parameter introduction item through the parameter information introduction module to generate detection liquid parameter information, and store the detection liquid parameter information in the information display module, so that the aim of interactively introducing calibration liquid information through human-computer interaction can be achieved, namely, the user can achieve the aim of introducing the calibration liquid information before a project sample test, the man-machine interaction is carried out through the arranged information display module, the purpose of interactively guiding in the detection liquid information is achieved, the detection liquid information can be guided in only in a mode that a scanning gun scans a detection liquid bar code, and the guiding in of the detection liquid information is carried out, so that the guiding in mode of the man-machine interaction is more accurate and reliable than the scanning guiding in mode, the technical defect that the detection liquid information is extremely easy to lose in the scanning guiding in mode, the detection liquid information cannot be obtained through scanning, the guiding in of the detection liquid information is completed, the association of the detection liquid and a project is further achieved, and the technical problem that the project sample test cannot be carried out due to the fact that the detection liquid information is lost is solved.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the present application and together with the description, serve to explain the principles of the application.
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, and it is obvious for those skilled in the art to obtain other drawings without inventive exercise.
FIG. 1 is a schematic view of an apparatus for introducing information into a detection solution according to the present application;
FIG. 2 is a partial schematic view of a quality control liquid information management interface of the detection liquid information introduction device according to the present application;
FIG. 3 is a partial schematic view of a quality control liquid project management interface in the detection liquid information import apparatus according to the present application;
FIG. 4 is a partial schematic view of a calibration solution information management interface of the apparatus for introducing calibration solution information according to the present application;
FIG. 5 is a partial schematic view of a calibration solution parameter import item in the detection solution information import apparatus of the present application;
FIG. 6 is a schematic view of a part of a lot number management interface of the calibration solution in the detection solution information importing apparatus according to the present application;
FIG. 7 is a schematic flow chart of the method for introducing information into a detection solution according to the present application;
fig. 8 is a schematic device structure diagram of a hardware operating environment according to an embodiment of the present application.
The objectives, features, and advantages of the present application will be further described with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
First, it should be understood that, in the process of introducing the detection liquid information according to the scan introduction manner, the barcode of the detection liquid is usually scanned to obtain the detection liquid information, and then the detection liquid information is introduced, and then the association between the detection liquid and the immune item is completed.
In a first embodiment of the detection liquid information introduction apparatus of the present application, referring to fig. 1, the detection liquid information introduction apparatus includes:
the information acquisition module is used for acquiring a detection liquid information import command input by a user;
the information display module is used for generating a corresponding detection liquid parameter import item in the first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
and the parameter information import module is used for receiving a detection liquid parameter setting command input by a user in the detection liquid parameter import item, generating detection liquid parameter information and storing the detection liquid parameter information in the information display module.
In this embodiment, it should be noted that the information obtaining module, the information display module, and the parameter information importing module are all disposed in a sample analyzer, the sample analyzer may be a full-automatic chemiluminescence immunoassay analyzer, the full-automatic chemiluminescence immunoassay analyzer is a human-computer interaction carrier for importing detection liquid information, the detection liquid may be a quality control liquid, the detection liquid information importing command is used for importing quality control liquid information, and the detection liquid information importing command is specifically a first command for importing single quality control liquid information or a second command for importing batch quality control liquid information, where the "first" and the "second" are only used for distinguishing the quality control liquid information importing command, and are not in a sequential or primary-secondary relationship.
Additionally, it should be noted that the first display module is configured to display a newly added quality control liquid information, the detection liquid information management interface is a quality control liquid information management interface, the detection liquid parameter setting command is configured to receive a quality control liquid parameter input by a user, the detection liquid parameter information is quality control liquid parameter information, the quality control liquid parameter information includes a quality control liquid parameter input by the user, the quality control liquid parameter at least includes one of a quality control liquid name, quality control liquid batch information, quality control liquid position information, and quality control liquid expiration date information, where the quality control liquid batch information may be a quality control liquid batch number, the quality control liquid position information may be a quality control liquid shelf number position, and the quality control liquid expiration date information may be a quality control liquid expiration date.
Illustratively, a first command for importing single quality control liquid information or a second command for importing batch quality control liquid information, which is input by a user, is received at an information acquisition module; if the detection liquid information import command is a first command, generating a single quality control liquid parameter import item corresponding to the first command at a first display module, and if the detection liquid information import command is a second command, generating batch quality control liquid parameter import items corresponding to the second command at the first display module; receiving a quality control liquid parameter setting command input by a user in the single quality control liquid parameter import item or the batch quality control liquid parameter import item, generating quality control liquid parameter information, and storing the quality control liquid parameter information in a quality control liquid information management interface of the first display module, wherein the first command can be triggered and generated by detecting that the user clicks a 'new adding' button at the quality control liquid information management interface once, the second command can be triggered and generated by detecting that the user clicks the 'new adding' button continuously at the quality control liquid information management interface, and the quality control liquid parameter setting command can be triggered and generated by detecting that the user inputs the quality control liquid parameters.
In an implementation manner, as shown in fig. 2, fig. 2 is a partial schematic diagram showing a quality control liquid information management interface, where the quality control liquid information management interface shown in fig. 2 includes a quality control liquid list, an item list, and an interactive button, the quality control liquid list includes a quality control liquid information row and a quality control liquid list header, where the quality control liquid information row specifically includes a quality control liquid parameter input frame, a status hook interactive button, and quality control liquid current status information, the quality control liquid information row includes a quality control liquid information row in which a quality control liquid parameter is not input and a quality control liquid information row in which a quality control liquid parameter is input, the quality control liquid information row in which a quality control liquid parameter is input is used to display quality control liquid information and quality control liquid current status information, the quality control liquid information row in which a quality control liquid parameter is input includes a quality control liquid information row of a related item and a quality control liquid information row of a non-related item, the information line of the quality control liquid of the associated project is used for displaying the information of the quality control liquid which is introduced by the association of the completed project and the current state information of the quality control liquid, and the current state information of the quality control liquid is used for identifying the current state of the quality control liquid, and specifically can be one of four state types of 'during test', 'idle', 'application' and 'unfinished'. Wherein the item may be an immunization item.
Additionally, it should be noted that the header of the quality control liquid list is used to identify the parameter definitions of the parameter input boxes of the quality control liquid and the current state of the parameter input boxes of the quality control liquid, the header of the quality control liquid list includes a "state check interactive button" and a quality control liquid information annotation word, the quality control liquid information annotation word is used to annotate the meaning of the parameter of the quality control liquid that is imported into each column of the parameter input boxes of the quality control liquid, specifically may be a "quality control liquid", "batch number", "frame number position", "validity period of the quality control liquid" and a "quality control liquid state", the item list includes an item information row and an item list header, the item information row includes an item parameter input box and an item parameter of an item that is associated, the item parameter of the item that is associated includes an item name, an item concentration parameter and an item associated reagent batch number, the item list header includes an item information annotation word, the item information annotation words are used for annotating the meaning of the item parameters of the associated items in each column of item parameter input boxes, specifically, the item parameters may be "name", "set mean", "set standard deviation", and "associated reagent batch number", that is, the item name, the item concentration parameters and the item associated reagent batch number, wherein the item name may specifically be thyroid peroxidase autoantibody (Anti-TOP), triiodothyronine (TT3), serum free triiodothyronine (FT3), and the like, the item concentration parameters include mean and standard deviation, and the item associated reagent batch number is used for displaying the reagent batch currently loaded by the item.
Additionally, it should be noted that the interactive buttons include a "state checking interactive button", a "page turning interactive button" of the quality control liquid list, a "page turning interactive button" of the item list, a "new adding" button, a "deleting" button, an "associating" button, a "saving" button, and the like, the "page turning interactive button" of the quality control liquid list is used for a user to look up the quality control liquid information lines of different pages by clicking the button, the "page turning interactive button" of the item list is used for the user to look up the item information of the associated imported items of different pages by clicking the button, the "new adding" button is used for acquiring the quality control liquid information import command input by the user, the "associating" button is used for acquiring the item association command input by the user, the "deleting" button user is used for deleting the quality control liquid information by clicking the button, the quality control liquid list specifically includes each quality control liquid information line and the quality control liquid list header, the state checking interactive button corresponds to each quality control liquid information row one by one except the head of the quality control liquid list and can only check once, the quality control liquid information rows can be divided into a selected state and an unselected state, when the quality control liquid information rows are all in the unselected state, all the project information rows are empty, when the quality control liquid information row of the associated item is in the selected state, the item information row of the quality control liquid information management interface displays the item information of the item associated with the quality control liquid corresponding to the quality control liquid information row of the associated item, for example, suppose that the user clicks the "state click interactive button" one time, so that the control liquid information row corresponding to the control liquid with the control liquid name "Anti-TOP QC 1" is in the selected state, the item list shows the item information of the control solution with the name of Anti-TOP QC1, the associated thyroid peroxidase autoantibody (Anti-TOP) and triiodothyronine (TT 3).
Further, the detection liquid includes a quality control liquid, and when the detection liquid information import command is a first command for importing single quality control liquid information, the information display module is further configured to:
and receiving command information input by a user at a single time on the quality control liquid information management interface, and popping up a corresponding quality control liquid parameter import item on the quality control liquid information management interface, wherein the quality control liquid parameter import item comprises a quality control liquid parameter input frame, current state information of the quality control liquid and a check interaction button.
In this embodiment, it should be noted that the quality control liquid parameter import item is a quality control liquid information line to which a quality control liquid parameter is not input, wherein the quality control liquid parameter input box is configured to receive a quality control liquid parameter input by a user, default is to set the quality control liquid parameter as the non-input quality control liquid parameter, the current state information of the quality control liquid is defaulted to be an "idle" type, the current state information of the quality control liquid is in an "idle" state, and the hook interaction button is in a non-hook state.
Further, the detection liquid includes a quality control liquid, and when the detection liquid information import command is a second command for importing batch quality control liquid information, the information display module is further configured to:
and receiving command information continuously input by a user on the quality control liquid information management interface, and sequentially popping corresponding quality control liquid parameter import items on the quality control liquid information management interface according to the sequence of the command information.
In this embodiment, it should be noted that the sequential popping may be a sequential popping under a control liquid information row with input control liquid parameters according to a sequence of command information, for example, if a user continuously inputs command information twice, the first input command information pops a first control liquid parameter import item for the control liquid information row with input control liquid parameters, and the second input command information pops a second control liquid parameter import item under the first control liquid parameter import item, where the second control liquid parameter import item and the second control liquid parameter import item are all consistent except for positions.
The detection liquid information importing device further comprises an importing result judging module, wherein the importing result judging module is used for judging whether the input detection liquid parameters meet preset storage conditions or not, and displaying a prompt of successful storage on the information display module when the input detection liquid parameters meet the preset storage conditions; and when the input detection liquid parameters do not meet the preset storage conditions, displaying an alarm prompt on the information display module.
In this embodiment, it should be noted that the prompt indicating that the storage is successful may be that the user clicks a "store" button on the quality control liquid information management interface, and then stores the input quality control liquid parameter to the corresponding quality control liquid parameter import item by default, and the alarm prompt may be that the user clicks the "store" button on the quality control liquid information management interface, and then the newly added quality control liquid information line is identified by a red background and is repeated with other quality control liquid information lines. Wherein, the newly added quality control liquid information line is obtained by inputting the corresponding quality control liquid parameter in the quality control liquid parameter import item by the user.
Wherein the preset storage condition is as follows: detecting that the quality control liquid parameter comprises a quality control liquid name; or
And detecting that the quality control liquid parameters comprise a first quality control liquid parameter, wherein the first quality control liquid parameter is not repeated with the existing first quality control liquid parameter in the quality control liquid information line, and the first quality control liquid parameter is a quality control liquid name and a quality control liquid batch number.
In this embodiment, it should be noted that the existing first parameter of the quality control liquid is a first parameter of the quality control liquid existing in the quality control liquid list before the quality control liquid information management interface receives the current quality control liquid information import command.
In an implementable manner, a name of a quality control liquid, a batch number of the quality control liquid and a validity period of the quality control liquid, which are input by a user in a parameter import item of the quality control liquid, are received, when a first parameter of the quality control liquid, which is composed of the name of the quality control liquid and the batch number of the quality control liquid, is repeated with a first parameter of the quality control liquid existing in a row of information of the quality control liquid, the import result judgment module judges that a preset storage condition is not satisfied, a red background mark is used to correspond to a newly added row of information of the quality control liquid, wherein the newly added row of information of the quality control liquid is obtained by inputting a corresponding parameter of the quality control liquid in the parameter import item of the quality control liquid by the user, and when the user leaves a management interface of the information of the quality control liquid, the import result judgment module judges that the preset storage condition is satisfied, and storing the name, batch number and validity period of the quality control liquid in the corresponding parameter import item of the quality control liquid, for example, if the parameter of the quality control liquid with the name of "TT 3QC 1", batch number of the quality control liquid of "20200620" and validity period of the quality control liquid of "2020/09/01" input by the user in the parameter import item of the quality control liquid is received, if the parameter of the quality control liquid with the name of "TT 3QC 1", batch number of the quality control liquid of "20200620" and validity period of the quality control liquid of "2020/09/01" exists in the information row of the quality control liquid, marking the information row of the quality control liquid corresponding to the information import command of the quality control liquid with a red background on the information management interface of the quality control liquid.
Further, the information display module includes a second display module, the second display module includes an item-associated parameter import item, and the parameter information import module is further configured to:
receiving a project associated parameter setting command input by a user in the project associated parameter import item, generating project associated parameter information, and storing the project associated parameter information in the information display module, wherein the second display module comprises a quality control liquid project management interface.
In this embodiment, it should be noted that the second display module is configured to display the association between the quality control liquid information and the item, the item-associated parameter import item is an item information line to which the item-associated parameter is not input, the item-associated parameter setting command is configured to receive the item-associated parameter input by the user, the item-associated parameter information includes the item-associated parameter input by the user, the item-associated parameter includes an item name, an item concentration parameter, and an item-associated reagent batch number, and the item concentration parameter includes a mean value and a standard deviation.
Illustratively, an item-related parameter setting command for associating an item, which is input by a user, is received through the item-related parameter import item, item-related parameter information is generated, and the item-related parameter information is stored in the quality control liquid item management interface, where the item-related parameter setting command may be generated by triggering the entry of the item-related parameter into the quality control liquid item management interface.
In an implementation manner, as shown in fig. 3, fig. 3 is a partial schematic diagram illustrating a quality control liquid project management interface, where the quality control liquid project management interface shown in fig. 3 includes quality control liquid parameter information, associated projects, a project list, and interaction buttons, the associated projects are projects waiting to be associated, the interaction buttons include a "cancel" button, an associated project "page-turning interaction button", a "page-turning interaction button" of the project list, and a "confirm" button, and the like, the "cancel" button is a cancel project association command, the "confirm" button is used to perform association between the quality control liquid parameter information and the projects, the project parameter input boxes in the project list include a project name input box, a project concentration parameter input box, and an associated reagent batch "pull-down" interaction button, which respectively correspond to a project name, a project concentration parameter, and an associated reagent batch number, the item parameter input boxes are all empty, for example, when a user selects the associated item "a", the item name of the item is displayed in the item parameter input box in the item list, the user needs to input the item parameter corresponding to the item "a" in the item list according to the item parameter input box, the item concentration parameter can be directly input, the batch number of the associated reagent needs to be input, a pull-down interactive button of the associated reagent batch needs to be clicked, and when the interactive button is clicked, a pop-up associated reagent popup window is popped up.
The detection liquid information importing device further comprises a display judging module, wherein the display judging module is used for judging whether the input item-related operation command meets a preset display condition, popping up the quality control liquid item management interface when the input item-related operation command meets the preset display condition, and displaying an alarm prompt on the information display module when the input item-related operation command does not meet the preset display condition, wherein the item-related operation command comprises a checking command and an item-related command.
In this embodiment, it should be noted that the item-related operation command is used to display a quality control liquid item management interface, the checking command can be triggered and generated by detecting that a user checks the checking interactive button corresponding to the quality control liquid information line, wherein only the quality control liquid with the current state information corresponding to the quality control liquid information row being in an idle state can carry out the checking command, the item association command can be triggered and generated by detecting that a user clicks an 'association' interactive button of the quality control liquid information management interface, the displaying of the alarm prompt on the information display module can be implemented by setting a grey 'association' interactive button on the quality control liquid information management interface, and when the cursor moves to the "associate" interactive button, an suggestive sentence is displayed, for example, assuming that a check command input by the user simultaneously checks a plurality of control liquid information rows, when the cursor moves to the 'association' interactive button, the 'only single association of a single quality control liquid can be displayed at a single time'.
And the preset display condition is that a check command input by a user is detected, and the project association command input by the user is detected, wherein the check command is used for checking a single quality control liquid information row.
Further, the information display module comprises a second display module, the detection liquid information importing device further comprises a quality control liquid correlation result judging module, and the quality control liquid correlation result judging module is used for judging whether the input item correlation parameters meet preset correlation conditions or not, and displaying a prompt of successful correlation on the second display module when the item correlation parameters meet the preset correlation conditions; and when the project association parameters do not meet the preset storage conditions, displaying an alarm prompt on the second display module, wherein the second display module comprises a quality control liquid project management interface.
In this embodiment, it should be noted that the prompt that the association is successfully displayed on the second display module may be that the user can click a "confirm" interactive button on the quality control liquid project management interface, the alarm prompt is displayed on the second module, the "confirm" interactive button on the quality control liquid project management interface is grayed out, and a prompt statement is displayed when the cursor moves to the "confirm" interactive button, for example, assuming that the item selected by the user does not have a mean value and a standard deviation set, and a "please input the mean value and the standard deviation" is displayed when the cursor moves to the "confirm" interactive button.
Wherein the preset association condition is as follows:
and detecting that at least one associated item is selected by a user on the second display module, and detecting that the user inputs item associated necessary parameters corresponding to the associated item on the second display module, wherein the item associated necessary parameters comprise a mean value and a standard deviation, and the second display module comprises a quality control liquid item management interface.
Further, the detection liquid may be a calibration liquid, the detection liquid information introduction command is used to introduce calibration liquid information, and the detection liquid information introduction command is specifically a third command used to introduce single calibration liquid information or a fourth command used to introduce two calibration liquid information, where the "third" and the "fourth" are only used to distinguish the calibration liquid information introduction command, and do not have a sequential and primary-secondary relationship.
Additionally, it should be noted that the first display module is configured to display a new addition of calibration liquid information, the detection liquid information management interface is a calibration liquid information management interface, the detection liquid parameter setting command is configured to receive calibration liquid parameters input by a user, the detection liquid parameter information is calibration liquid parameter information, the calibration liquid parameter information includes calibration liquid parameters input by the user, the calibration liquid parameters at least include a calibration liquid name, calibration liquid batch information, calibration liquid concentration, calibration liquid position information, and calibration liquid expiration date information, where the calibration liquid batch information may be a calibration liquid batch number, the calibration liquid expiration date information may be a calibration liquid frame number position, the calibration liquid expiration date information may be a calibration liquid validity date, and the calibration liquid concentration includes a calibration liquid concentration level and a calibration liquid concentration value.
Illustratively, a third command for importing single calibration liquid information or a fourth command for importing batch calibration liquid information, which is input by a user, is received at the information acquisition module; generating a calibration solution parameter import item corresponding to the third command or the fourth command on a first display module; and receiving a calibration solution parameter setting command input by a user in the calibration solution parameter import item, generating calibration solution parameter information, and storing the calibration solution parameter information in a calibration solution information management interface of the first display module, wherein the third command or the fourth command can be triggered and generated by detecting that the user clicks a 'new' button at the calibration solution information management interface once, and the quality control solution parameter setting command can be triggered and generated by detecting that the user inputs the calibration solution parameters.
In an implementable manner, as shown in fig. 4, fig. 4 is a partial schematic diagram showing a calibration liquid information management interface, where the calibration liquid information management interface shown in fig. 4 includes each calibration liquid information line and a calibration liquid list header, the calibration liquid information line includes a calibration liquid information line of an associated item and a calibration liquid information line of an unassociated item, specifically a calibration liquid parameter input box, "state hook interactive button", and a calibration liquid current state, where the calibration liquid information line associated with the item is used for displaying calibration liquid information and current state information of each calibration liquid that has been completely introduced, and the calibration liquid current state is used for identifying a state where the calibration liquid is currently located, specifically one of four state types of "in test", "idle", "apply", and "not complete".
Additionally, it should be noted that the header of the calibration solution list includes a "state check interactive button" and a calibration solution information annotation word, the calibration solution information annotation word is used to annotate the meaning of the calibration solution parameters that are completely imported in each column of the calibration solution parameter input frame, specifically, the calibration solution batch number, the concentration level, the concentration, the frame number position, the calibration solution valid period, and the master curve batch number, that is, the calibration solution name, the calibration solution batch information, the calibration solution concentration, the calibration solution position information, the calibration solution valid period, and the master curve batch number, the item list is used to display the associated items, specifically, the items may be thyroid AnTi-peroxidase antibody (ani-TPO), serum free triiodothyronine (FT3), serum free thyroxine (FT4), and the like, for example, assuming that the user selected quality control solution item name is "NT-proBNP", the calibration solution list displays the calibration solution information row corresponding to each calibration solution associated with the NT-proBNP.
Additionally, it should be noted that the interactive buttons include a "state checking interactive button", an item list "page turning interactive button", a calibration solution list "page turning interactive button", "new addition button", "deletion button", and a "save" button, the calibration solution list "page turning interactive button" is used to refer to calibration solution information lines of different pages, the item list "page turning interactive button" is used to refer to item information of items that have been imported and associated by different pages by a user through clicking the button, the "new addition" interactive button is used to obtain a calibration solution information import command input by the user, the "state checking interactive button" corresponds to each calibration solution information line one by one except for a calibration solution list header, and when the current state of the calibration solution is "application", "in test", or "unfinished", the calibration solution information line corresponding to the calibration solution is grayed, and the 'state tick interactive button' can not be ticked.
In one implementation, as shown in fig. 5, fig. 5 is a partial schematic diagram illustrating a calibration solution parameter import item, which includes a calibration solution parameter input box and interaction buttons, the interaction buttons include a "select" interaction button, a "calibration solution validity period pull-down interaction button", an "shelf number position pull-down interaction button", and a "concentration state check button", the calibration solution parameter input box includes a calibration solution name input box, a calibration solution lot number input box, a calibration solution validity period input box, a calibration solution concentration S1 and shelf number position input box, and a calibration solution concentration S2 and shelf number position input box, S1 and S2 are different concentration levels, and the "select" interaction button is used for a user to click on a button single selection item to input a calibration solution name.
Further, the detection liquid includes calibration liquid, the information display module includes a third display module, and when the detection liquid information import command is a third command for importing information of a single calibration liquid, the parameter information import module is further configured to:
and receiving a calibration liquid parameter setting command input by a user at a calibration liquid parameter import item of the third display module, generating calibration liquid parameter information, and storing the calibration liquid parameter information in the information display module, wherein the calibration liquid parameter information comprises single calibration liquid concentration.
Illustratively, the calibration fluid parameter information is generated by receiving calibration fluid parameters input by a user at the third display module, and the calibration fluid parameter information is saved in the calibration fluid information management interface of the first display module, wherein the calibration fluid parameter information comprises calibration fluid concentration S1 or calibration fluid concentration S2.
Further, the information display module includes a third display module, and when the detection liquid information import command is a fourth command for importing two calibration liquid information, the parameter information import module is further configured to:
and receiving a calibration liquid parameter setting command input by a user at a calibration liquid parameter import item of the third display module, generating calibration liquid parameter information, and storing the calibration liquid parameter information in the information display module, wherein the calibration liquid parameter information comprises two calibration liquid concentrations.
Illustratively, the calibration fluid parameters input by the user at the third display module are received, calibration fluid parameter information is generated, and the calibration fluid parameter information is saved in the calibration fluid information management interface of the first display module, wherein the calibration fluid parameter information comprises calibration fluid concentration S1 and calibration fluid concentration S2.
Further, the import result judgment module is used for judging whether the input calibration liquid parameters meet preset storage conditions, and displaying a prompt of successful storage on the information display module when the input calibration liquid parameters meet the preset storage conditions; and when the input calibration liquid parameters do not meet the preset storage conditions, displaying an alarm prompt on the information display module.
The preset storage conditions corresponding to the calibration solution parameters are as follows:
detecting that the parameters of the calibration liquid comprise the name of the calibration liquid and the concentration of the calibration liquid, wherein the concentration of the calibration liquid comprises the concentration level of the calibration liquid and the concentration value of the calibration liquid; or
And detecting that the calibration liquid parameters comprise a calibration liquid first parameter, and detecting that the calibration liquid first parameter is not repeated with the existing calibration liquid first parameter in the calibration liquid information line, wherein the calibration liquid first parameter comprises a calibration liquid name, a calibration liquid concentration and a calibration liquid batch number.
In this embodiment, it should be noted that the name and the concentration of the calibration liquid are calibration liquid parameters that must be included in the calibration liquid parameter information input by the user, the concentration level of the calibration liquid includes S1 and S2, the concentration value of the calibration liquid is the actual concentration value of the calibration liquid input by the user, and the existing first parameter of the calibration liquid is the first parameter of the calibration liquid existing in the calibration liquid list before the calibration liquid information management interface receives the current calibration liquid information import command.
Further, the detection liquid information management interface includes a calibration liquid information management interface, and the information display module is further configured to generate a corresponding associated lot number import item in a fourth display module according to a calibration liquid associated lot number command input by a user on the calibration liquid information management interface, where the fourth display module includes the calibration liquid lot number management interface.
In this embodiment, it should be noted that the fourth display module is configured to display an associated batch number import item, the associated batch number import item is configured to display a main curve batch number selected by a user to be associated, and the calibration solution batch number management interface is configured to enable the user to complete an interaction process in which calibration solution parameter information is associated with main curve batch number information.
In an implementable manner, referring to fig. 6, fig. 6 is a partial schematic diagram showing a calibration solution batch number management interface, wherein the batch number management interface of the calibration solution shown in fig. 6 comprises main curve batch number information, which is used for identifying the date of the test sample, specifically "20200103", "20200104", and "20200105", and interaction buttons, which comprise a "page turning" interaction button, a "confirm" interaction button, and a "cancel" interaction button, wherein the "page turning" interaction button is used for displaying the associated batch number information of different pages by clicking the button by a user, the "confirm" interaction button is used for executing a calibration solution associated batch number command input by the user, and the "cancel" is used for canceling the calibration solution associated batch number command input by the user.
Further, the detection liquid further comprises an associated batch number module, and the associated batch number module is used for associating the preset number of main curve batch numbers according to a calibration liquid associated batch number setting command input by a user in an associated batch number import item of the fourth display module.
Illustratively, a calibration solution associated batch number setting command input by a user at an associated batch number import item of the calibration solution batch number management interface is received, a main curve batch number corresponding to the calibration solution associated batch number setting command is associated, the calibration solution associated batch number setting command is used for receiving a main curve batch number selected by the user, and the association mode can be triggered and generated by detecting that the user clicks a "confirm" interactive button, for example, assuming that the user selects main curve batch numbers with main curve batch numbers "20200103" and "20200104", and after clicking the "confirm" interactive button, the association between the calibration solution parameter information and the main curve batch number is completed.
When the preset number is zero, all the main curve batch numbers are stored in the information display module; and when the preset number is not zero, storing the main curve batch number corresponding to the calibration solution-associated batch number setting command in the information display module.
In an implementable manner, when receiving that a user does not select a main curve batch number in the associated batch number import item and clicks a 'confirm' interactive button, storing all main curve batch numbers of a calibration liquid batch number management interface in the calibration liquid information management interface; and when receiving that a user selects one or more main curve batch numbers in the associated batch number import item and clicks a 'confirm' interactive button, storing the selected one or more main curve batch numbers in the calibration liquid information management interface, wherein the main curve batch number corresponding to each calibration liquid information line of the calibration liquid information management interface is used for representing the calibration liquid corresponding to the calibration liquid information line and correcting the main curve corresponding to the main curve batch number.
The application provides a detection liquid information leading-in device, compared with the technical means of leading in detection liquid information by adopting a scanning gun in the prior art, the detection liquid information leading-in device acquires a detection liquid leading-in command input by a user through an information acquisition module, and then generates a corresponding detection liquid parameter leading-in item on a first display module according to the detection liquid information leading-in command through an information display module, wherein the first display module comprises a detection liquid information management interface, and further receives a detection liquid parameter setting command input by the user at the detection liquid parameter leading-in item through the parameter information leading-in module to generate detection liquid parameter information, and saves the detection liquid parameter information in the information display module, so that the aim of interactively leading in calibration liquid information through human-computer interaction is realized, namely, the aim of human-computer interaction through a set information display module before a project sample test is realized, the purpose of interactively leading in detection liquid information is achieved, the detection liquid information can be led in only according to a mode that a scanning gun scans a detection liquid bar code, and the leading-in of the detection liquid information is achieved, so that the man-machine interaction leading-in mode is more accurate and reliable than the scanning leading-in mode, the technical defect that the detection liquid information is extremely easy to lose in the scanning leading-in mode, the detection liquid information cannot be obtained through scanning, the leading-in of the detection liquid information is completed, the association of detection liquid and a project is achieved, and the technical problem that the project sample test cannot be achieved due to the fact that the detection liquid information is lost is solved.
Further, based on the first embodiment of the present application, in another embodiment of the present application, the parameter information importing module is further configured to: and receiving a modification command input by a user on the calibration liquid information management interface, generating modified calibration liquid parameter information, and storing the modified calibration liquid parameter information in the information display module.
In this embodiment, it should be noted that the modification command is used to modify the calibration liquid parameters stored in the calibration liquid information management interface, and may be triggered and generated by detecting that a user inputs an inputtable calibration liquid parameter in the calibration liquid information line of the calibration liquid information management interface, where the inputtable calibration liquid parameter is a calibration liquid parameter other than a calibration liquid name and a calibration liquid concentration level.
The detection liquid information importing device further comprises a modification command judging module, wherein the modification command judging module is used for judging whether the input modification command meets a preset execution condition, receiving calibration liquid parameters input by a user on a modified calibration liquid information line when the input modification command meets the preset execution condition, and displaying an alarm prompt on the information display module when the input modification command does not meet the preset execution condition.
In this embodiment, it should be noted that the alarm prompt may be a prompt statement displayed when the cursor moves to the calibration solution information line corresponding to the modification command, for example, if the modification command input by the user does not satisfy the preset execution condition, the cursor moves to the calibration solution information line corresponding to the modification command, and "in the calibration solution test, it is not editable" is displayed.
Wherein the preset execution condition is as follows:
the modified calibration fluid information line is detected to be in an idle state.
In an implementable manner, when a calibration liquid information line of a calibration liquid information management interface is in application, test and unfinished, the calibration liquid information line and a corresponding check interaction button are both grayed, and when a cursor moves to the information line, a prompt statement corresponding to the current state of the calibration liquid information line appears.
Further, when the detection liquid parameter is a modified calibration liquid parameter, the import result judgment module is used for judging whether the input modified calibration liquid parameter meets a preset storage condition, and when the input calibration liquid parameter meets the preset storage condition, a prompt of successful storage is displayed on the information display module; and when the input modified calibration liquid parameters do not meet preset storage conditions, displaying an alarm prompt on the information display module.
The preset storage conditions corresponding to the modified calibration solution parameters are as follows:
and detecting that the concentration value of the calibration solution in the modified calibration solution information line is not empty, and detecting that a second parameter of the calibration solution in the modified calibration solution information line is not repeated with second parameters of the calibration solution in other calibration solution information lines, wherein the second parameter of the calibration solution comprises the name of the calibration solution, the batch number of the calibration solution and the concentration level of the calibration solution.
In an implementable manner, when it is detected that the modified calibration solution concentration value is not empty, the name of the calibration solution in the modified calibration solution information line is "NT-proBNP", the concentration level of the calibration solution is S1, and the lot number of the calibration solution is "20200101", and the calibration solution information line with the name of the calibration solution "NT-proBNP", the concentration level of the calibration solution is S1, and the lot number of the calibration solution is "20200101" exists in the calibration solution management interface, an alarm prompt is displayed on the calibration solution information management interface, wherein the alarm prompt may be to identify the modified calibration solution information line with a red background.
Additionally, it should be noted that, if the modification command does not satisfy the preset storage condition and the user leaves the calibration solution information management interface, the modified calibration solution parameters are unsuccessfully stored, and the alarm prompt is default to be cancelled; if the modification command meets the preset storage condition and the user leaves the calibration fluid information management interface, successfully storing the modified calibration fluid parameters, and the calibration fluid concentration in the modified calibration fluid parameters is only effective for modified calibration; if the modification command meets a preset storage condition and the user does not leave the calibration liquid information management interface, a prompt statement appears on the calibration liquid information management interface, and in an implementable manner, the prompt statement may be "modified information is not stored yet, leave is confirmed? ".
The embodiment of the application discloses a calibration fluid information importing device, namely, a modification command judging module is used for judging whether an input modification command meets a preset execution condition, so that the purpose of judging whether a user modification command can be executed through the modification command judging module is realized, when the modification command meets the preset execution condition, a parameter information importing module is further used for receiving the modification command input by a user on a calibration fluid information management interface, modified calibration fluid parameter information is generated and stored in an information display module, and a importing result judging module is further used for judging whether the input modified calibration fluid parameter meets a preset storage condition, so that the purpose of importing the calibration fluid information is realized only by inputting the modified calibration fluid parameter meeting the preset storage condition through the user, and the calibration liquid information is imported instead of inputting the calibration liquid parameters one by a user, so that the efficiency of importing the calibration liquid information is improved.
Further, referring to fig. 7, based on the first embodiment of the present application, in another embodiment of the present application, there is provided a detection liquid information introduction method including:
step S10, acquiring a detection liquid information import command input by a user;
step S20, generating a corresponding detection liquid parameter import item on a first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
and step S30, receiving a detection liquid parameter setting command input by a user at the detection liquid parameter import item, generating detection liquid parameter information, and storing the detection liquid parameter information in the information display module.
Illustratively, step S10 includes: receiving a detection liquid information import command input by a user, wherein the detection information import command can be triggered and generated by detecting that the user clicks a 'newly added' interactive button, the detection liquid information import command comprises a quality control liquid information import command and a calibration liquid information import command, the quality control liquid information import command comprises a first command for importing single quality control liquid information and a second command for importing batch quality control liquid information, and the calibration liquid information import command comprises a third command for importing single calibration liquid information, a fourth command for importing double calibration liquid information and a fifth command for modifying calibration liquid information; further, step S20 includes: generating a corresponding detection liquid parameter import item on the first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface, and the detection liquid information management interface comprises a quality control liquid information management interface and a calibration liquid information management interface; further, step S30 includes: and receiving detection liquid parameters input by a user in the detection liquid parameter pouring item according to the import command, wherein the detection liquid parameters comprise quality control liquid parameters, calibration liquid parameters and modified calibration liquid parameters.
According to the detection liquid information importing method, the technical means corresponding to the detection liquid information importing device in the embodiment is adopted, and the technical problem that the project sample test cannot be carried out due to the fact that the detection liquid information is missing is solved. Compared with the prior art, the beneficial effects of the detection liquid information importing method provided by the embodiment of the present application are the same as those of the detection liquid information importing device provided by the above embodiment, and other technical features of the detection liquid information importing method are the same as those disclosed by the above embodiment device, and are not described herein again.
Referring to fig. 8, fig. 8 is a schematic device structure diagram of a hardware operating environment according to an embodiment of the present application.
As shown in fig. 8, the detection liquid information introducing apparatus may be a sample analyzer, and specifically includes: a processor 1001, such as a CPU, a memory 1005, and a communication bus 1002. The communication bus 1002 is used for realizing connection communication between the processor 1001 and the memory 1005. The memory 1005 may be a high-speed RAM memory or a non-volatile memory (e.g., a magnetic disk memory). The memory 1005 may alternatively be a storage device separate from the processor 1001 described previously.
Optionally, the detection liquid information importing device may further include a rectangular user interface, a network interface, a camera, an RF (Radio Frequency) circuit, a sensor, a hard disk circuit, a WiFi module, and the like. The rectangular user interface may comprise a Display screen (Display), an input sub-module such as a Keyboard (Keyboard), and the optional rectangular user interface may also comprise a standard wired interface, a wireless interface. The network interface may optionally include a standard wired interface, a wireless interface (e.g., WI-FI interface).
Those skilled in the art will appreciate that the configuration of the detection liquid information introduction apparatus shown in fig. 8 does not constitute a limitation of the detection liquid information introduction apparatus, and may include more or less components than those shown, or some components in combination, or a different arrangement of components.
As shown in fig. 8, a memory 1005, which is a kind of computer storage medium, may include therein an operating system, a network communication module, and a detection liquid information importing program. The operating system is a program for managing and controlling hardware and software resources of the detection liquid information import device, and supports the import of the detection liquid information and the running of other software and/or programs. The network communication module is used for realizing communication among the components in the memory 1005 and communication with other hardware and software in the detection liquid information import system.
In the detection liquid information introduction apparatus shown in fig. 8, the processor 1001 is configured to execute a detection liquid information introduction program stored in the memory 1005, and implement the steps of the detection liquid information introduction method described in any one of the above.
The specific implementation of the detection liquid information importing apparatus of the present application is substantially the same as that of each embodiment of the detection liquid information importing method, and is not described herein again.
The embodiment of the present application provides a computer-readable storage medium, and the computer-readable storage medium stores one or more programs, which can be further executed by one or more processors for implementing the steps of the detection liquid information importing method according to any one of the above.
The specific implementation of the readable storage medium of the present application is substantially the same as that of each embodiment of the detection solution information importing method, and is not described herein again.
The present application provides a computer program product, and the computer program product includes one or more computer programs, which can also be executed by one or more processors for implementing the steps of the detection liquid information importing method described in any one of the above.
The specific implementation of the computer program product of the present application is substantially the same as that of the above-mentioned embodiments of the detection solution information importing method, and is not described herein again.
The above description is only a preferred embodiment of the present application, and not intended to limit the scope of the present application, and all equivalent structures or equivalent processes, which are directly or indirectly applied to other related technical fields, and which are not limited by the present application, are also included in the scope of the present application.
Claims (22)
1. A detection liquid information introduction device, characterized by comprising:
the information acquisition module is used for acquiring a detection liquid information import command input by a user;
the information display module is used for generating a corresponding detection liquid parameter import item in the first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
and the parameter information import module is used for receiving a detection liquid parameter setting command input by a user in the detection liquid parameter import item, generating detection liquid parameter information and storing the detection liquid parameter information in the information display module.
2. The device for introducing information on a test solution according to claim 1, wherein the test solution includes a control solution, the interface for managing information on a test solution includes an interface for managing information on a control solution, and when the command for introducing information on a test solution is a first command for introducing information on a single control solution, the information display module is further configured to:
and receiving command information input by a user at a single time on the quality control liquid information management interface, and popping up a corresponding quality control liquid parameter import item on the quality control liquid information management interface, wherein the quality control liquid parameter import item comprises a quality control liquid parameter input frame, current state information of the quality control liquid and a check interaction button.
3. The device for introducing information on a test solution according to claim 1, wherein the test solution comprises a control solution, the interface for managing information on a test solution comprises an interface for managing information on a control solution, and when the command for introducing information on a test solution is a second command for introducing information on a control solution in a batch, the information display module is further configured to:
and receiving command information continuously input by a user on the quality control liquid information management interface, and sequentially popping corresponding quality control liquid parameter import items on the quality control liquid information management interface according to the sequence of the command information.
4. The detection solution information importing apparatus according to claim 1, further comprising an importing result determining module, wherein the importing result determining module is configured to determine whether the input detection solution parameter satisfies a preset storage condition, and display a prompt indicating successful storage on the information display module when the input detection solution parameter satisfies the preset storage condition; and when the input detection liquid parameters do not meet the preset storage conditions, displaying an alarm prompt on the information display module.
5. The detection solution information introduction apparatus according to claim 4, wherein the detection solution parameters include quality control solution parameters, and the preset storage conditions are:
detecting that the quality control liquid parameter comprises a quality control liquid name; or
And detecting that the quality control liquid parameters comprise a first quality control liquid parameter, wherein the first quality control liquid parameter is not repeated with the existing first quality control liquid parameter in the quality control liquid information line, and the first quality control liquid parameter is a quality control liquid name and a quality control liquid batch number.
6. The detection liquid information introduction apparatus according to claim 4, wherein the detection liquid parameters include calibration liquid parameters, and the preset storage conditions are:
detecting that the parameters of the calibration liquid comprise the name of the calibration liquid and the concentration of the calibration liquid, wherein the concentration of the calibration liquid comprises the concentration level of the calibration liquid and the concentration value of the calibration liquid; or
And detecting that the calibration liquid parameters comprise a calibration liquid first parameter, and detecting that the calibration liquid first parameter is not repeated with the existing calibration liquid first parameter in the calibration liquid information line, wherein the calibration liquid first parameter comprises a calibration liquid name, a calibration liquid concentration and a calibration liquid batch number.
7. The apparatus for introducing information on detection solution according to claim 4, wherein when the parameter of detection solution is modified calibration solution parameter, the preset storage condition is:
and detecting that the concentration value of the calibration solution in the modified calibration solution information line is not empty, and detecting that a second parameter of the calibration solution in the modified calibration solution information line is not repeated with second parameters of the calibration solution in other calibration solution information lines, wherein the second parameter of the calibration solution comprises the name of the calibration solution, the batch number of the calibration solution and the concentration level of the calibration solution.
8. The detection fluid information import apparatus according to claim 1, wherein the information display module includes a second display module, the second display module includes an item-associated parameter import item, and the parameter information import module is further configured to:
receiving a project associated parameter setting command input by a user in the project associated parameter import item, generating project associated parameter information, and storing the project associated parameter information in the information display module, wherein the second display module comprises a quality control liquid project management interface.
9. The apparatus according to claim 8, further comprising a display determination module configured to determine whether the input item-related operation command satisfies a preset display condition, pop up the quality control liquid item management interface when the input item-related operation command satisfies the preset display condition, and display an alarm prompt on the information display module when the input item-related operation command does not satisfy the preset display condition, wherein the item-related operation command includes a selection command and an item-related command.
10. The detection liquid information introduction apparatus according to claim 9, wherein the preset display condition is:
and detecting that a checking command is input by a user, and detecting that the project association command is input by the user, wherein the checking command is used for checking a single quality control liquid information row.
11. The detection liquid information importing apparatus according to claim 8, further comprising a quality control liquid correlation result determining module, where the quality control liquid correlation result determining module is configured to determine whether an input item correlation parameter satisfies a preset correlation condition, and display a prompt that the correlation is successful on the second display module when the item correlation parameter satisfies the preset correlation condition; and when the project association parameters do not meet the preset storage conditions, displaying an alarm prompt on the second display module, wherein the second display module comprises a quality control liquid project management interface.
12. The detection liquid information introduction apparatus according to claim 11, wherein the preset association condition is:
and detecting that the user selects at least one associated item on the second display module, and detecting that the user inputs item associated necessary parameters corresponding to the associated item on the second display module, wherein the item associated necessary parameters comprise a mean value and a standard deviation.
13. The apparatus according to claim 1, wherein the detection solution comprises a calibration solution, and the information display module comprises a third display module, and when the detection solution information introduction command is a third command for introducing information of a single calibration solution, the parameter information introduction module is further configured to:
and receiving a calibration solution parameter setting command input by a user at a calibration solution parameter import item of the third display module, generating calibration solution parameter information, and storing the calibration solution parameter information in the information display module, wherein the calibration solution parameter information comprises single calibration solution concentration.
14. The apparatus for introducing information on a test solution according to claim 12, wherein the test solution comprises a calibration solution, and the information display module comprises a third display module, and when the test solution information introduction command is a fourth command for introducing information on two calibration solutions, the parameter information introduction module is further configured to:
and receiving a calibration liquid parameter setting command input by a user at a calibration liquid parameter import item of the third display module, generating calibration liquid parameter information, and storing the calibration liquid parameter information in the information display module, wherein the calibration liquid parameter information comprises two calibration liquid concentrations.
15. The device for introducing detection liquid information according to claim 1, wherein the detection liquid information management interface comprises a calibration liquid information management interface, and the parameter information introduction module is further configured to:
and receiving a modification command input by a user on the calibration liquid information management interface, generating modified calibration liquid parameter information, and storing the modified calibration liquid parameter information in the information display module.
16. The apparatus as claimed in claim 1, further comprising a modification command determination module for determining whether the inputted modification command satisfies a preset execution condition, receiving calibration solution parameters inputted by a user on the modified calibration solution information line when the inputted modification command satisfies the preset execution condition, and displaying an alarm prompt on the information display module when the inputted modification command does not satisfy the preset execution condition.
17. The detection liquid information introduction apparatus according to claim 16, wherein the preset execution condition is:
the modified calibration fluid information line is detected to be in an idle state.
18. The device for introducing information into detection solution according to claim 1, wherein the interface for managing information into detection solution comprises an interface for managing information into calibration solution, and the information display module is further configured to generate a corresponding associated batch number introduction item on a fourth display module according to a batch number command associated with calibration solution input by a user on the interface for managing information into calibration solution, wherein the fourth display module comprises an interface for managing batch number of calibration solution.
19. The testing solution information importing device according to claim 18, further comprising an associated lot number module, wherein the associated lot number module is configured to associate a preset number of main curve lot numbers according to a calibration solution associated lot number setting command input by a user at an associated lot number importing item of the fourth display module.
20. The detection fluid information introduction apparatus according to claim 19, wherein when the preset number is zero, all master curve lot numbers are saved in the information display module; and when the preset number is not zero, storing the main curve batch number corresponding to the calibration solution associated batch number setting command in the information display module.
21. A detection liquid information introduction method, characterized by comprising:
acquiring a detection liquid information import command input by a user;
generating a corresponding detection liquid parameter import item in a first display module according to the detection liquid information import command, wherein the first display module comprises a detection liquid information management interface;
receiving a detection liquid parameter setting command input by a user in the detection liquid parameter import item, generating detection liquid parameter information, and storing the detection liquid parameter information in the information display module.
22. A sample analyzer comprising the detection liquid information introducing device according to any one of claims 1 to 20.
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| CN202210192983.8A Pending CN114563587A (en) | 2022-02-28 | 2022-02-28 | Detection liquid information introduction device and method and sample analyzer |
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| Country | Link |
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| CN (1) | CN114563587A (en) |
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