Sample analysis system, and input device, output device, and region configuration method thereof

Abstract

The invention provide a sample analysis system and an input device, an output device and an area configuration method. Various simulation configurations of the putting-in area or the recycling area are obtained, and the sample flow data are utilized to perform input simulation or output simulation on the various simulation configurations to obtain the simulation results corresponding to the simulation configurations in the preset time period; and a simulation result is output, or a target configuration is selected from a plurality of simulation configurations according to the simulation result and the target configuration is output. Therefore, the user can select the desired simulation configuration from the simulation result as the configuration of the putting-in area or the recycling area, or directly take the target configuration as the configuration of the putting-in area or the recycling area, manual configuration is not needed, and the area configuration efficiency is improved.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a sample analysis system, an input device, an output device, and an area configuration method thereof. Background technique [0002] In the existing sample analysis system, the sample input and output devices of some sample analysis systems can support users to redefine the sample input area (input area) / sample recovery area (output area) into a variety of different attribute sample input / recovery In some sample analysis systems, the sample input and output devices can support the user to define the respective sizes of the sample input area (input area) and the sample recovery area (output area), and can subdivide the two into multiple sub-areas. For such a sample analysis system, the user can define the capacity of the sub-area more flexibly, and can define the size of the capacity of a variety of different attribute areas according to the actual situation of the department. On ...

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Problems solved by technology

[0003] In actual use, it is difficult for users to reasonably configure the size of the input sub-area and output sub-area based on the actual situation of the department, or it takes a long time to make a more reasonable configuration, or the temporary configuration is reasonable but when the sample flow changes Afterwards, it takes a long time to re-adapt. The above situations often lead to the unreasonable configuration of put / recovery capacity. Once the capacity configuration is unreasonable, the capacity configuration is often too large or the capacity configuration is too small. If the capacity configuration is too large, it will lead to a waste of area capacity, which will also indirectly lead to a shortage of capacity in other attribute areas; if the capacity configuration is too small, it will cause users to often only input part of the samples, and the other part of the samples can only wait for the capacity to be sufficient However, whether the capacity is sufficient requires the user to spend time and effort to observe. If the observation interval is too long, the test efficiency may be reduced (some sample racks may have been vacated and available), and if the interval is too short, the observation will consume users. Too much time and energy, reducing the overall work efficiency of users

[0004] In summary, although the current sample analysis system provides the user-defined input sub-area, output sub-area sample type and its capacity, it is still difficult for users to use this function to make the input / output device of the system’s sample input / output The output function is brought into full play as much as possible

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