Chromatographic mass analysis device and control method
In the present invention, an analysis schedule is pre-created such that streams of a plurality of liquid chromatograms can operate in parallel and a mass spectrometer can collect data at the timing of each component elution. A control unit controls so as to: divide the time required to analyze each sample in a plurality of liquid chromatogram systems into pre-collection time, time during collection, and post-collection time; search and allocate time positions in which the time during collection in the liquid chromatogram units do not overlap; determine start times for the plurality of liquid chromatogram units to thereby create an analysis schedule; and thereafter perform analysis. The control unit further stores parameter sets for varying component elution times, adjusts analysis parameters so as to make data collection timings appropriate for creating an analysis schedule, and changes the component elution times.
1. A chromatographic mass analysis device comprising:
a plurality of chromatogram units;
a switching unit configured for selecting one of samples eluted from the plurality of chromatogram units;
a mass analysis unit configured for ionizing and analyzing the sample introduced from the switching unit; and
a control unit configured for controlling the chromatogram units, the switching unit and the mass analysis unit,
wherein the control unit includes a display unit configured for displaying an operation screen and the display unit includes a button configured for instructing creation of a schedule configured for predetermining an analysis start time of each of the plurality of chromatogram units, and
wherein the control unit divides time required for sample analysis into a pre-collection time, a time during collection and a post-collection time, assigns the time during collection by searching for a time position where the times during collection of the plurality of chromatogram units do not overlap, and predetermines an analysis start time of each of the plurality of chromatogram units, and
wherein the control unit stores parameter sets for varying component elution times, adjusts analysis parameters, and changes component elution times.
2. The chromatographic mass analysis device according to claim 1 , further comprising:
a delay signal generator configured for generating a start signal of the mass analysis unit based on sample injection signals output from the plurality of chromatogram units according to the time during collection determined by the control unit.
3. The chromatographic mass analysis device according to claim 1 , wherein
the control unit generates a start signal of the mass analysis unit based on sample injection signals output from the plurality of chromatogram units according to the determined time during collection.
4. The chromatographic mass analysis device according to claim 1 , wherein
the control unit adjusts an analysis condition of each of the chromatogram units to extend a component elution time, assigns the time during collection, and determines an analysis start time of each of the plurality of chromatogram units.
5. The chromatographic mass analysis device according to claim 4 , wherein
the analysis condition adjusted by the control unit is a solvent composition of each of the plurality of chromatogram units.
6. The chromatographic mass analysis device according to claim 4 , wherein
the analysis condition adjusted by the control unit is a solvent flow rate of each of the plurality of chromatogram units.
7. The chromatographic mass analysis device according to claim 4 , wherein
the analysis condition adjusted by the control unit is a column temperature of each of the plurality of chromatogram units.
8. A control method of a chromatographic mass analysis device, comprising:
providing the chromatographic mass analysis device, wherein the chromatographic mass analysis device includes a plurality of chromatogram units, a switching unit for selecting one of samples eluted from the plurality of chromatogram units, a mass analysis unit for ionizing and analyzing the sample introduced from the switching unit, and a control unit for controlling the chromatogram units, the switching unit and the mass analysis unit, wherein the control unit includes a display unit for displaying an operation screen, and the display unit includes a button configured for instructing creation of a schedule configured for predetermining an analysis start time of each of the plurality of chromatogram units, and
dividing a time required for sample analysis into a pre-collection time, a time during collection and a post-collection time using the control unit,
assigning the time during collection at a time position where the times during collection of the plurality of chromatogram units do not overlap using the control unit, and
predetermining an analysis start time of each of the plurality of chromatogram units using the control unit, and
storing parameter sets for varying component elution times, adjusting analysis parameters, and changing component elution times using the control unit, and
displaying on the display unit an operation status of the plurality of chromatogram units and a progress status of analysis.
9. The control method according to claim 8 , further comprising:
generating a start signal of the mass analysis unit by the control unit based on sample injection signals output from the chromatogram units according to the determined time during collection.
10. The control method according to claim 8 , further comprising:
using the control unit to adjust an analysis condition of each of the chromatogram units to extend a component elution time, to assign the time during collection, and to determine an analysis start time of each of the plurality of chromatogram units.
11. The control method according to claim 10 , further comprising:
adjusting the analysis condition by the control unit, wherein the analysis condition is a solvent composition of each of the chromatogram units.
12. The control method according to claim 10 , further comprising:
adjusting the analysis condition by the control unit, wherein the analysis condition is a solvent flow rate of each of the chromatogram units.
13. The control method according to claim 10 , further comprising:
adjusting the analysis condition by the control unit, wherein the analysis condition is a column temperature of each of the chromatogram units.