초록 ▼

In a system in which an oxygen quantity stored in a catalytic converter is estimated to feedback control a fuel injection quantity based on the estimated oxygen quantity, when a predetermined period of time has not yet passed from an occurrence of misfire and from the end of misfire, the update of t

In a system in which an oxygen quantity stored in a catalytic converter is estimated to feedback control a fuel injection quantity based on the estimated oxygen quantity, when a predetermined period of time has not yet passed from an occurrence of misfire and from the end of misfire, the update of the oxygen quantity is suspended, and also, when the predetermined period of time has not yet passed from the end of misfire, the fuel injection quantity is decreasingly corrected and the oxygen quantity is reset after the predetermined period of time has passed.

대표청구항 ▼

In a system in which an oxygen quantity stored in a catalytic converter is estimated to feedback control a fuel injection quantity based on the estimated oxygen quantity, when a predetermined period of time has not yet passed from an occurrence of misfire and from the end of misfire, the update of t

In a system in which an oxygen quantity stored in a catalytic converter is estimated to feedback control a fuel injection quantity based on the estimated oxygen quantity, when a predetermined period of time has not yet passed from an occurrence of misfire and from the end of misfire, the update of the oxygen quantity is suspended, and also, when the predetermined period of time has not yet passed from the end of misfire, the fuel injection quantity is decreasingly corrected and the oxygen quantity is reset after the predetermined period of time has passed. at least one front-mounted implement connected to a front end of the self-propelled support vehicle in the travel and working direction; at least one side-mounted implement connected to a lateral side of the self-propelled support vehicle in the travel and working direction; a raising device configured to transfer the at least one front-mounted and the at least one side-mounted implements from a working and operating position near a ground surface into a partially raised head land position or into a completely raised transport position; wherein the self-propelled support vehicle has a control and switching device and wherein the at least one front-mounted and the at least one side-mounted implements are coupled to the control and switching device such that initiation of a command by the control and switching device for reverse travel of the self-propelled support vehicle causes a mandatory raising of the at least one front-mounted and at least one side-mounted implements at least into the partially raised head land position; wherein the raisins device and the control and switching device are coupled by linking a program flow of the raising device and a program flow of a traveling gear of the self-propelled support vehicle; further comprising a sequence control for sequentially raising the at least one front-mounted and the at least one side-mounted implements, wherein linking of the program flow of the raising device and the program flow of the traveling gear in combination with the command for reverse travel cancels the sequence control for the duration of reverse travel. 6. The implement combination according to claim 5, wherein the agricultural implements are mowing units or mowing and processing units for harvesting agricultural crops. around said discrete elements such that the longitudinal edges of said support web overlap and completely enveloping said discrete elements by sealing said support web along the overlapping longitudinal edges of said support web and by sealing said support web outside the transverse edges of said discrete elements. 13. The process according to claim 10 further comprising the steps of supplying a second support web and positioning said discrete elements intermediate said support web and said second support web. 14. The process according to claim 13 further comprising the step of completely enveloping said discrete elements by attaching said support web to said second support web outside the longitudinal edges and transverse edges of said discrete elements. 15. The process according to claim 10 wherein said discrete articles are absorbent articles.