초록 ▼

In a lifting vehicle having a holding and lifting device( 5, 6 ) for holding and raising or lowering goods ( 9 ) and having a central operating device for controlling the travelling and handling of the goods ( 9 ) held by the holding device ( 6 ), the handling of sensitive goods by the person operat

In a lifting vehicle having a holding and lifting device( 5, 6 ) for holding and raising or lowering goods ( 9 ) and having a central operating device for controlling the travelling and handling of the goods ( 9 ) held by the holding device ( 6 ), the handling of sensitive goods by the person operating the lifting vehicle can be made easier or monitored by the holding device ( 6 ) being equipped with a sensor device ( 8 ) for the instantaneous inclination and/or the instantaneous accelerations of the holding device ( 6 ).

대표청구항 ▼

1. A lifting vehicle havinga holding and lifting device for holding and lifting or lowering goods,an operating device for controlling the traveling and the handling of the goods held by the holding device anda sensor device which is arranged on the holding device, the sensor device having at least o

1. A lifting vehicle havinga holding and lifting device for holding and lifting or lowering goods,an operating device for controlling the traveling and the handling of the goods held by the holding device anda sensor device which is arranged on the holding device, the sensor device having at least one acceleration measuring device for determining the instantaneous inclination and the instantaneous acceleration of the holding device. 2. The lifting vehicle as claim in claim 1, in which the sensor device is designed to detect the instantaneous inclination in three-dimensional space. 3. The lifting vehicle as claimed in claim 1, in which the sensor device has two acceleration measuring devices substantially orthogonal to each other. 4. The lifting vehicle as claimed in claim 1, in which the sensor device is connected to the operating device. 5. The lifting vehicle as claimed in claim 1, in which the operating device has a display for the instantaneous inclination of the holding device. 6. The lifting vehicle as claimed in claim 1, in which a processing stage is provided in the operating device, which uses the output signals from the sensor device to influence the control of the holding and lifting device. 7. The lifting vehicle as claimed in claim 1, in which the sensor device is connected to the operating device via a wire-free transmission link. 8. A lifting vehicle having a holding and lifting device for holding and lifting or lowering goods, and having an operating device for controlling the travel and the handling of the goods held by the holding device, the holding device being equipped with a sensor device, wherein the sensor device has at least one acceleration measuring device for determining the instantaneous inclination and/or the instantaneous acceleration of the holding device, and a second sensor device having at least one acceleration measuring device being provided to set up a reference value for the inclination with respect to a set-down surface. 9. The lifting vehicle as claimed in claim 8, in which the second sensor device is provided on the vehicle itself in order to set up a reference value for the instantaneous inclination with respect to a chassis of the vehicle. 10. The lifting vehicle as claimed in claim 8, in which the second sensor device is arranged on a set-down surface envisaged for the setting down of the goods held by the holding device. 11. The lifting vehicle as claimed in claim 8, in which the second sensor device is connected to the operating device via a wire-free transmission link. 12. The lifting vehicle as claimed in claim 8, in which the operating device uses the signals from the two sensor devices to form difference signals, which can be reproduced on a display. 13. The lifting vehicle as claimed in claim 8, in which the operating device uses the signal from the two sensor devices to form difference signals and controls the handling of the goods on the basis of the difference signals formed. 14. The lifting vehicle as claimed in claim 8, in which both sensor devices are designed to detect the instantaneous inclination in three-dimensional space. 15. The lifting vehicle as claimed in claim 8, in which the two sensor devices in each case have two acceleration measuring devices substantially orthogonal to each other.