Integrated carrier vehicle body of theodolite carrier vehicle

Abstract

The invention provides an integrated carrier vehicle body of a theodolite carrier vehicle. The integrated carrier vehicle body of the theodolite carrier vehicle is characterized by comprising a chassis, a generator hoisting structure, an operation chamber, a vehicle-mounted leveling platform, a vehicle-mounted theodolite cabin and a flip cover structure of the vehicle-mounted theodolite cabin. Thehead of the chassis is provided with the generator hoisting structure, and the vehicle-mounted leveling platform is arranged at the tail end of the chassis. The vehicle-mounted theodolite cabin is erected on the top face of the vehicle-mounted leveling platform. The operation chamber for operating the theodolite body is arranged between the vehicle-mounted leveling platform and the generator hoisting structure. The integrated carrier vehicle body of the theodolite carrier vehicle effectively solves the problem that a traditional theodolite carrier vehicle is complicated in structure and needsto consume a large quantity of manpower and material resources.

Description

technical field [0001] The invention relates to the field of theodolite vehicle-mounted technology, in particular to an integral vehicle body of theodolite-mounted vehicle. Background technique [0002] As known, the optical theodolite is a theodolite whose horizontal dial and vertical dial are all made of optical glass. It is an instrument used in surveying to measure the horizon and vertical angle. The photoelectric theodolite is based on the electrification of the optical theodolite, which realizes the synchronous real-time recording of the image of the measured target, the azimuth and the elevation angle at the time of measurement. In the prior art, the photoelectric theodolite is erected at the center of the vehicle chassis to form a theodolite vehicle. And there is a corresponding operating room at one end of the chassis. Usually, the large-area high-precision photoelectric theodolite needs to be assisted by high-power electric equipment. Therefore, the theodolite need...

AI Technical Summary

Problems solved by technology

[0002] As known, the optical theodolite is a theodolite whose horizontal dial and vertical dial are all made of optical glass. It is an instrument used in surveying to measure the horizon and vertical angle. The photoelectric theodolite is based on the electrification of the optical theodolite, which realizes the synchronous real-time recording of the image of the measured target, the azimuth and the elevation angle at the time of measurement. In the prior art, the photoelectric theodolite is erected at the center of the vehicle chassis to form a theodolite vehicle. And there is a corresponding operating room at one end of the chassis. Usually, the large-area high-precision photoelectric theodolite needs to be assisted by high-power electric equipment. Therefore, the theodolite needs to be equipped with a corresponding high-power on-board generator. Because the high-power on-board generator is heavy A hoisting mechanism is required for auxiliary hoisting. Most of the traditional vehicle-mounted hoisting mechanisms are equipped with a rocker-type lifting device at the front end of the chassis of the car body. It takes up a lot of space, and the chassis of the theodolite vehicle bod

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