Abstract: The present disclosure relates to a contactor box for an electrical energy storage system of an at least partly electrical vehicle. The contactor box comprises a first ingoing high voltage connection adapted to be connected to a second ingoing high voltage connection of a battery. The contactor box comprises a first outgoing high voltage connection adapted to be connected to a second outgoing high voltage connection of the battery. The first ingoing and the first outgoing high voltage connections are adapted to be disengaged from the battery when the contactor box is removed from the vehicle, and adapted to be engaged with the battery when the contactor box is inserted into the vehicle.

Abstract: The present disclosure relates to a contactor box (201) for an electrical energy storage system (200) of an at least partly electrical vehicle (100). The contactor box (201) comprises a first ingoing high voltage connection (203a) adapted to be connected to a second ingoing high voltage connection (203b) of a battery (210). The contactor box (201) comprises a first outgoing high voltage connection (205a) adapted to be connected to a second outgoing high voltage connection (205b) of the battery (210). The first ingoing and the first outgoing high voltage connections (203a, 205a) are adapted to be disengaged from the battery (210) when the contactor box (201) is removed from the vehicle (100), and adapted to be engaged with the battery (210) when the contactor box (201) is inserted into the vehicle (100).

Abstract: A method for exchanging coolant in a cooling system, which cooling system comprises at least one pump, an inlet conduit, an outlet conduit. The inlet conduit is connected to at least one external coolant source. The method comprises controlling said at least one pump to flow coolant in the cooling system from the at least one coolant source via the inlet conduit, through the cooling system, to the outlet conduit until the coolant in the cooling system has been at least partly exchanged. The disclosure also relates to a control unit configured to control exchange of coolant according to the method, a cooling system comprising the control unit and a vehicle or vessel comprising the cooling system.

Abstract: A method for exchanging coolant in a cooling system, which cooling system comprises at least one pump, an inlet conduit, an outlet conduit. The inlet conduit is connected to at least one external coolant source. The method comprises controlling said at least one pump to flow coolant in the cooling system from the at least one coolant source via the inlet conduit, through the cooling system, to the outlet conduit until the coolant in the cooling system has been at least partly exchanged. The disclosure also relates to a control unit configured to control exchange of coolant according to the method, a cooling system comprising the control unit and a vehicle or vessel comprising the cooling system.

Abstract: The present disclosure relates to a contactor box (201) for an electrical energy storage system (200) of an at least partly electrical vehicle (100). The contactor box (201) comprises a first ingoing high voltage connection (203a) adapted to be connected to a second ingoing high voltage connection (203b) of a battery (210). The contactor box (201) comprises a first outgoing high voltage connection (205a) adapted to be connected to a second outgoing high voltage connection (205b) of the battery (210). The first ingoing and the first outgoing high voltage connections (203a, 205a) are adapted to be disengaged from the battery (210) when the contactor box (201) is removed from the vehicle (100), and adapted to be engaged with the battery (210) when the contactor box (201) is inserted into the vehicle (100).

Abstract: A method of multiplexing the operation of a sample preparation and analysis system is disclosed. The system includes a sample preparation system capable of preparing a first sample in accordance with a first assay that is selected from a database containing a plurality of unique assays and preparing a second sample in accordance with a second, different assay. The method includes separately transporting the first and second prepared samples to an analysis station having first and second separation channels and an analyzer comprising a mass spectrometer. The method further includes simultaneously analyzing the first prepared sample with the analyzer in accordance with the first selected assay and separating the second prepared sample with the second separation channel in accordance with the second selected assay.

Abstract: A sample preparation and analysis system. The system includes a sample preparation system and a sample analysis system. The sample preparation system prepares samples in accordance with an assay that is selected from a database containing a plurality of unique assays. The sample analysis system includes an analyzer that is dynamically reconfigurable based on the selected assay so as to analyze the prepared sample in accordance with that selected assay. A data communication link communicates data from the sample preparation system to the sample analysis system to reconfigure the analyzer in accordance with the selected assay.

Abstract: A method of multiplexing the operation of a sample preparation and analysis system is disclosed. The system includes a sample preparation system capable of preparing a first sample in accordance with a first assay that is selected from a database containing a plurality of unique assays and preparing a second sample in accordance with a second, different assay. The method includes separately transporting the first and second prepared samples to an analysis station having first and second separation channels and an analyzer comprising a mass spectrometer. The method further includes simultaneously analyzing the first prepared sample with the analyzer in accordance with the first selected assay and separating the second prepared sample with the second separation channel in accordance with the second selected assay.

Abstract: A sample preparation and analysis system. The system 10 includes a sample preparation system 12 and a sample analysis system 14. The sample preparation system 12 prepares samples in accordance with an assay that is selected from a database containing a plurality of unique assays. The sample analysis system 14 includes an analyzer 110 that is dynamically reconfigurable based on the selected assay so as to analyze the prepared sample in accordance with that selected assay. A data communication link 27 communicates data from the sample preparation system 12 to the sample analysis system 14 to reconfigure the analyzer 110 in accordance with the selected assay.

Abstract: A sample preparation and analysis system. The system 10 includes a sample preparation system 12 and a sample analysis system 14. The sample preparation system 12 prepares samples in accordance with an assay that is selected from a database containing a plurality of unique assays. The sample analysis system 14 includes an analyzer 110 that is dynamically reconfigurable based on the selected assay so as to analyze the prepared sample in accordance with that selected assay. A data communication link 27 communicates data from the sample preparation system 12 to the sample analysis system 14 to reconfigure the analyzer 110 in accordance with the selected assay.

Abstract: A sample preparation and analysis system. The system includes a sample preparation system and a sample analysis system. The sample preparation system prepares samples in accordance with an assay that is selected from a database containing a plurality of unique assays. The sample analysis system includes an analyzer that is dynamically reconfigurable based on the selected assay so as to analyze the prepared sample in accordance with that selected assay. A data communication link communicates data from the sample preparation system to the sample analysis system to reconfigure the analyzer in accordance with the selected assay.

Abstract: A sample preparation and analysis system. The system 10 includes a sample preparation system 12 and a sample analysis system 14. The sample preparation system 12 prepares samples in accordance with an assay that is selected from a database containing a plurality of unique assays. The sample analysis system 14 includes an analyzer 110 that is dynamically reconfigurable based on the selected assay so as to analyze the prepared sample in accordance with that selected assay. A data communication link 115a communicates data from the sample preparation system 12 to the sample analysis system 14 to reconfigure the analyzer 110 in accordance with the selected assay.