Motorized integrated anchoring chassis

Abstract

The invention discloses a motorized integrated anchoring chassis. The motorized integrated anchoring chassis comprises locking screws, fixed lug pieces, accessory boxes, front supporting legs, automatic leveling supporting legs, cable boxes, overturning supporting legs, supporting leg fixing rods, a protective cover, a slewing bearing, bearing supporting legs, axle tires and a chassis longitudinal beam. The front supporting legs, the automatic leveling supporting legs, the two overturning supporting legs and the bearing supporting legs can be folded when the motorized integrated anchoring chassis is transported, and the overturning supporting legs are folded in the direction of a tractor. According to the motorized integrated anchoring chassis, the platform functionality, the maintainability and man-machine engineering are integrated, and integrated design, environmental adaptability design, rapid expansion erection design, automatic leveling design and safety design are conducted; the high motorizing performance of the anchoring chassis and reliable integrating of a slewing upper tool and the anchoring chassis are achieved; the erection and deployment time is effectively saved; and the working efficiency is improved.

Description

technical field [0001] The invention belongs to the ground mooring field of tethered balloons, and in particular relates to a mobile integrated mooring chassis. Background technique [0002] With the continuous development of modern electronic information technology, the improvement of the degree of communication integration, and the complex and changeable combat environment, tethered balloons need to be moored and moored quickly in the combat command field in complex areas and quickly launched into the air. Balloons have high requirements for maneuverability, mooring stability, reliability and safety. The mobile integrated mooring chassis is the ground working platform of the mobile tethered balloon system, which is used to carry and support the mooring slewing top-loading system, and realize ground mooring, air mooring, lift-off and descent recovery of the tethered balloon. However, the integration of traditional mobile aerostat mooring chassis systems is low. Due to the ...

AI Technical Summary

Problems solved by technology

However, the integration of traditional mobile aerostat mooring chassis systems is low. Due to the limitation of structural layout space and transportation, it is difficult to realize the integrated design of chassis equipment and slewing platform equipment. Field transportation is inconvenient

Secondly, the traditional mobile aerostat mooring chassis has a low degree of automation, takes a long time to deploy and erect, requires more staffing, and the chassis cannot be automatically leveled, which seriously restricts the combat efficiency of the system; in addition, the traditional positional The mooring system has high requirements on the working site, poor adaptability to the equipment site, difficult construction and deployment, many auxiliary tools and equipment, and is subject to the influence of the use environment such as regional curvature and terrain shielding

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