A motorized anchoring vehicle for retracting, deploying and parking tethered balloons

Abstract

The invention discloses a mobile anchoring vehicle for withdrawing, releasing and parking of a tethered balloon. The mobile anchoring vehicle comprises withdrawing and releasing equipment, helium equipment, a box body, power source equipment, three manual winches, control equipment, an electric generator, and a trailer chassis, wherein the anchoring vehicle integrates cable withdrawing and releasing equipment, the control equipment and helium guaranteeing equipment; the withdrawing and releasing equipment is used for realizing the launching releasing and the ground tethering of the tethered balloon; the control equipment is used for controlling and real-time controlling of the cable withdrawing and releasing equipment; and the helium guaranteeing equipment is integrally mounted under the withdrawing and releasing equipment for performing inflating and gas recovering on the tethered balloon. According to the mobile anchoring vehicle for the withdrawing, the releasing and the parking of the tethered balloon disclosed by the invention, the high mobile performance of a small-scaled anchoring vehicle of a vehicle-mounted tethered balloon is realized, reliable integration of the control equipment, the withdrawing and releasing equipment, the helium guaranteeing equipment and a mounting platform is realized, time for erecting and deploying 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 motorized mooring vehicle for retracting, deploying and parking the tethered balloons. Background technique [0002] Tethered balloons can be used for geological and geographic surveying and mapping, emergency communication relay platforms, line security monitoring, aerial inspections, military field reconnaissance and communication and other field operations and operations. 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 quickly moored and quickly released into the air in complex areas of the operation or combat command site. Tethered balloons have higher requirements for tethered stability, reliability and safety. The small high-mobility anchoring vehicle system is the ground workin...

AI Technical Summary

Problems solved by technology

However, the structure of the traditional anchoring vehicle system for aerostats is complicated. Due to the limitation of structural layout space and transportation, it is difficult to realize the integrated design of retractable equipment, control equipment and helium protection equipment. The integration of equipment is low, and installation and maintenance are inconvenient.

Secondly, the traditional anchoring vehicle system includes a lifting mechanism, an unfolding mechanism and a leveling system, which takes a long time to deploy and erect, requires a large number of personnel, and seriously restricts the operational efficiency of the system; in addition, the traditional anchoring vehicle system has relatively high requirements for the work site High, poor adaptability to the equipment site, difficult construction and deployment, more auxiliary tools and equipment, subject to the influence of the use environment such as area curvature and terrain shelter, and it is impossible to realize the mobile transfer and deployment of the tethered balloon

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