CN-121995068-A - Automatic quality control assembly line system and method
Abstract
The application discloses an automatic quality control pipeline system and a method, in the pipeline system provided by the application, comprises a sample pretreatment device, a plurality of sample analyzers and a control unit. The control unit is respectively connected with the sample pretreatment device and the plurality of sample analyzers, responds to the quality control operation of the sample analyzers through the control unit, and then sends quality control products to the sample analyzers, so that the automatic quality control of the assembly line system is realized. And the control unit is used for determining the time length between the time point of the last quality control operation of the sample analyzer and the current time point, so that the sample analyzer is prevented from frequently entering the quality control operation, the quality control product is prevented from being wasted, the detection efficiency of the sample analyzer to the sample to be detected is influenced, the operation efficiency of the assembly line system is improved, and the use experience of a user on the assembly line system is improved.
Inventors
- TAN HUIYU
Assignees
- 深圳市帝迈生物技术有限公司
Dates
- Publication Date
- 20260508
- Application Date
- 20241101
Claims (10)
- 1. An automatic quality control pipeline system is characterized by comprising a sample pretreatment device, a plurality of sample analyzers and a control unit, wherein the sample pretreatment device is arranged at intervals with the plurality of sample analyzers and is used for supplying quality control products to the plurality of sample analyzers so as to enable at least one sample analyzer in the plurality of sample analyzers to perform quality control operation; Wherein, the control unit is connected with the sample preprocessing device and the plurality of sample analyzers respectively, the control unit is used for: Responding to the condition that one sample analyzer needs to perform quality control operation, acquiring a time point of the last quality control operation of the sample analyzer, and acquiring a time length between a current time point and the time point of the last quality control operation of the sample analyzer; and in response to the time length being greater than or equal to the preset time length, conveying the quality control product to the sample analyzer so as to enable the sample analyzer to perform quality control operation.
- 2. The pipeline system of claim 1, wherein the control unit is further configured to: Determining whether other sample analyzers in the pipeline system perform quality control operation or not in response to the need of the quality control operation of the sample analyzers; in response to the fact that other sample analyzers in the pipeline system perform quality control operation, after the other sample analyzers complete the quality control operation, the quality control product is controlled to be unloaded from the other sample analyzers and is conveyed to the sample analyzers needing the quality control operation; Or, in response to the fact that no other sample analyzers exist in the pipeline system and perform quality control operation, controlling the sample pretreatment device to convey the quality control product to the sample analyzers needing quality control operation.
- 3. The pipeline system of claim 1, wherein the control unit is further configured to: Acquiring the running states of other sample analyzers in the pipeline system in response to the completion of the current quality control operation of the sample analyzers; controlling the quality control product unloaded from the current sample analyzer to be conveyed to the sample analyzer needing quality control operation in response to the fact that at least one sample analyzer needing quality control operation exists in the pipeline system; Or, in response to the fact that the sample analyzer does not exist in the pipeline system and is required to perform quality control operation, the quality control product unloaded from the current sample analyzer is controlled to move into the sample pretreatment device for refrigerated storage.
- 4. A pipeline system according to claim 2 or 3, wherein the control unit is further adapted to: Acquiring the residual quantity of the quality control product unloaded from the sample analyzer after the quality control operation is completed, and simultaneously acquiring the usage quantity of the quality control product required by the sample analyzer needing the quality control operation; in response to the remaining amount being greater than or equal to the usage amount, conveying the quality control product unloaded from the sample analyzer where the quality control operation is completed to the sample analyzer where the quality control operation is required; or, in response to the residual amount being smaller than the usage amount, moving the quality control product unloaded from the sample analyzer after the quality control operation is completed to the sample pretreatment device, and controlling the sample pretreatment device to convey the new quality control product to the sample analyzer needing the quality control operation.
- 5. The pipeline system of claim 1, wherein the control unit is further configured to: determining that the sample analyzer needs to perform quality control operation in response to the number of samples detected by the sample analyzer reaching a preset quality control number; And/or, determining that the sample analyzer needs to perform quality control operation in response to the current time point reaching a preset quality control time point of the sample analyzer.
- 6. The pipeline system according to claim 1, wherein the sample pretreatment device comprises a sample introduction area, a refrigerating area and a moving assembly, wherein the quality control product is introduced through the sample introduction area, the moving assembly is arranged between the sample introduction area and the refrigerating area, and the moving assembly is used for moving the quality control product in the sample introduction area into the refrigerating area for refrigerating and storing; wherein, the mobile assembly still includes scanning module, the control unit still with the mobile assembly is connected, the control unit still is used for: In response to the existence of spare storage bits in the refrigerating area, controlling the moving assembly to clamp the quality control product in the sample injection area, and controlling the scanning module to scan a bar code on the quality control product to acquire quality control information of the quality control product; after the quality control information of the quality control product is obtained, the mobile component is controlled to place the quality control product in the refrigerating area, and the quality control information of the quality control product is bound with storage position information of the quality control product in the refrigerating area.
- 7. The pipeline system of claim 6, wherein the control unit is further configured to: Recording the use information of each quality control product in the refrigerating area; And determining whether the quality control product reaches a preset discarding standard or not based on the use information of the quality control product, and controlling the moving component to move the quality control product to a discarding area in response to the quality control product reaching the preset discarding standard.
- 8. The pipeline system of claim 7, wherein the pipeline system is further configured to, The usage information comprises residual content, and the control unit is used for determining that the quality control product reaches the preset discarding standard in response to the residual content being smaller than the preset residual content; and/or the usage information comprises the usage times, and the control unit is used for determining that the quality control product reaches the preset discarding standard in response to the usage times being greater than or equal to the preset usage times; and/or the usage information comprises a usage date, and the control unit is used for determining that the quality control product reaches the preset discarding standard in response to the usage date being greater than or equal to a preset validity period; and/or the usage information comprises puncture times, and the control unit is used for determining that the quality control product reaches the preset discarding standard in response to the puncture times being greater than or equal to preset puncture times.
- 9. The pipeline system of claim 1, wherein the control unit is further configured to: And controlling the sample analyzer to recover the normal running state in response to the time length being less than the preset time length.
- 10. A method of automatic quality control, applied to a pipeline system as claimed in any one of claims 1 to 9, the method comprising: Responding to the quality control operation of a sample analyzer, and acquiring the time point of the last quality control operation of the sample analyzer and the current time point; Determining whether other sample analyzers perform quality control operation in the pipeline system or not in response to the fact that the time length between the last time point of the quality control operation of the sample analyzers and the current time point is longer than a preset time length; In response to the fact that other sample analyzers in the pipeline system perform quality control operation, after the other sample analyzers complete the quality control operation, conveying quality control products unloaded from the other sample analyzers to the sample analyzers needing the quality control operation; Or, in response to the fact that no other sample analyzers in the pipeline system are performing quality control operation, controlling a sample pretreatment device to convey the quality control product to the sample analyzers needing quality control operation.
Description
Automatic quality control assembly line system and method Technical Field The application relates to the technical field of pipeline system operation, in particular to an automatic quality control pipeline system and an automatic quality control method. Background Before the sample analyzer in the pipeline system detects the sample or when the quality control standard is reached, the quality control operation is required to be carried out on the sample analyzer so as to check the state of the corresponding item of the sample analyzer and improve the detection efficiency of the sample analyzer. The time for performing the quality control operation on the sample analyzer is longer, and the sample analyzer cannot detect the sample to be detected when performing the quality control operation for a longer time, so that the detection efficiency of the sample analyzer to be detected is affected. Disclosure of Invention In order to solve the technical problems, the application provides an automatic quality control pipeline system. The assembly line system comprises a sample pretreatment device, a plurality of sample analyzers and a control unit, wherein the sample pretreatment device is arranged at intervals with the plurality of sample analyzers and is used for supplying quality control products to the plurality of sample analyzers so as to enable at least one sample analyzer in the plurality of sample analyzers to perform quality control operation; Wherein, the control unit is connected with the sample preprocessing device and the plurality of sample analyzers respectively, the control unit is used for: Responding to the condition that one sample analyzer needs to perform quality control operation, acquiring a time point of the last quality control operation of the sample analyzer, and acquiring a time length between a current time point and the time point of the last quality control operation of the sample analyzer; and in response to the time length being greater than or equal to the preset time length, conveying the quality control product to the sample analyzer so as to enable the sample analyzer to perform quality control operation. Wherein the control unit is further configured to: Determining whether other sample analyzers in the pipeline system perform quality control operation or not in response to the need of the quality control operation of the sample analyzers; in response to the fact that other sample analyzers in the pipeline system perform quality control operation, after the other sample analyzers complete the quality control operation, the quality control product is controlled to be unloaded from the other sample analyzers and is conveyed to the sample analyzers needing the quality control operation; Or, in response to the fact that no other sample analyzers exist in the pipeline system and perform quality control operation, controlling the sample pretreatment device to convey the quality control product to the sample analyzers needing quality control operation. Wherein the control unit is further configured to: Acquiring the running states of other sample analyzers in the pipeline system in response to the completion of the current quality control operation of the sample analyzers; controlling the quality control product unloaded from the current sample analyzer to be conveyed to the sample analyzer needing quality control operation in response to the fact that at least one sample analyzer needing quality control operation exists in the pipeline system; Or, in response to the fact that the sample analyzer does not exist in the pipeline system and is required to perform quality control operation, the quality control product unloaded from the current sample analyzer is controlled to move into the sample pretreatment device for refrigerated storage. Wherein the control unit is further configured to: Acquiring the residual quantity of the quality control product unloaded from the sample analyzer after the quality control operation is completed, and simultaneously acquiring the usage quantity of the quality control product required by the sample analyzer needing the quality control operation; in response to the remaining amount being greater than or equal to the usage amount, conveying the quality control product unloaded from the sample analyzer where the quality control operation is completed to the sample analyzer where the quality control operation is required; or, in response to the residual amount being smaller than the usage amount, moving the quality control product unloaded from the sample analyzer after the quality control operation is completed to the sample pretreatment device, and controlling the sample pretreatment device to convey the new quality control product to the sample analyzer needing the quality control operation. Wherein the control unit is further configured to: determining that the sample analyzer needs to perform quality control operation in response to the number of sampl