Abstract: To increase the safety of a passenger in a means of transport and to better protect the passenger from an in-seat screen, wherein a folding table and at least one in-seat screen arranged above the folding table are provided in front of the passenger, and the folding table has a first folded position when the folding table is not in use and a second folded position for using the table which is pivoted with respect to the first folded position through approximately 90°, the method is characterized in that at least a portion of the folding table can be moved in front of the in-seat screen in order to protect the passenger from the screen. A corresponding arrangement is also provided.

Abstract: To increase the safety of a passenger in a means of transport and to better protect the passenger from an in-seat screen, wherein a folding table and at least one in-seat screen arranged above the folding table are provided in front of the passenger, and the folding table has a first folded position when the folding table is not in use and a second folded position for using the table which is pivoted with respect to the first folded position through approximately 90°, the method is characterized in that at least a portion of the folding table can be moved in front of the in-seat screen in order to protect the passenger from the screen. A corresponding arrangement is also provided.

Abstract: N-Methyl-2-pyrrolidone (NMP) is prepared by preparing a mixture comprising monomethylamine, dimethylamine and trimethylamine and ammonia in a first process step by reacting ammonia with methanol at elevated temperature in the presence of a catalyst, separating off the ammonia, reacting the mixture comprising the methylamines with gamma-butyrolactone (&ggr;-BL), in a molar ratio of monomethylamine to &ggr;-BL of at least 1 in a second process step at elevated temperature and superatmospheric pressure, separating NMP and unreacted methylamines from the reaction product and returning unreacted methylamines to the first process step for reaction with methanol and ammonia.