Movable type lifting three-dimensional rotating base frame

Abstract

The invention discloses a movable type detachable three-dimensional rotating base frame. The movable type lifting three-dimensional rotating base frame comprises a cloud platform subsystem, a supporting subsystem, a lifting subsystem, an equipment cabinet subsystem and an accessory subsystem. Once machine head equipment is installed, the cloud platform subsystem can be used for rapidly adjusting the rotation angle, the pitch angle and the attitude angle of the machine head equipment. The supporting subsystem guarantees stability, and meanwhile trundles with the self-locking function can achieve movement of the entire equipment. The lifting subsystem can change the distance from the machine head equipment to the ground in real time according to needs. The equipment cabinet subsystem integrates a power supply and related equipment needed for work and provides corresponding protection. The accessory subsystem can be selectively provided with related auxiliary equipment. The movable type lifting three-dimensional rotating base frame uses a modularized design thought, brings convenience to carrying and installation, adapts to the tedious changes in practical work, greatly relieves the labor intensity of field personnel, and improves working efficiency.

Description

technical field [0001] The patent of the invention mainly relates to the fields of measurement, alignment, and testing. It is mainly used for outdoor measurement, alignment, and testing to adjust various postures of the head equipment. Through the portable and flexible design, the number of outdoor workers is greatly reduced. Work hard in the field and increase efficiency. Background technique [0002] The traditional outdoor measurement, alignment, testing and other work bases are mainly composed of bases, support rods and working equipment, which are rigidly connected to achieve various parameters required in the work, including height, azimuth, pitch angle and attitude angle. During the working process, adjusting any of the parameters requires disassembly and assembly again. At the same time, when moving the position of the working equipment in the same area, the entire chassis also needs to be partially disassembled, which brings great inconvenience to the on-site staff....

AI Technical Summary

Problems solved by technology

During the working process, adjusting any of the parameters requires disassembly and assembly again. At the same time, when moving the position of the working equipment in the same area, the entire chassis also needs to be partially disassembled, which brings great inconvenience to the on-site staff.

At the same time, for the equipment connected to the working equipment, including the power supply, the separate type is often used. When the working conditions are relatively harsh, the problem of power supply and the protection of the signal cable of the equipment is more prominent.

Finally, the traditional underframe is often bulky for stability considerations, which puts forward higher requirements for transportation and working conditions

Due to the disadvantages of bulkiness, poor adaptability, and constant adjustment, the existing underframe seriously increases the work intensity of on-site workers, affects work efficiency, and wastes manpower and material resources

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