Easy-to-carry and assemble ship-borne measurement cabin

Abstract

An onboard measuring working cabin convenient to carry and assemble comprises four support pillars (1), four cross beams (2) and three stock frames (3). The four cross beams (2) are respectively connected to the upper ends of the adjacent support pillars (1) horizontally through clamping locks, the three stock frames (3) are respectively connected to the lower ends of the adjacent support pillars (1) horizontally through clamping locks, the upper ends of the four support pillars (1) are all provided with first connecting pieces (4). The onboard measuring working cabin further comprises second connecting pieces (5) matched with the first connecting pieces (4). Steel wire ropes (6) are connected to the second connecting pieces (5). The other ends of the steel wire ropes (6) are connected to clamping sleeves (7) with groove-shaped sections and downwards groove openings. Two side faces of each clamping sleeve (7) are provided with top threads (8). The onboard measuring working cabin further comprises upper blocking plates (9) capable of being connected between the four cross beams (2), side blocking curtains (10) capable of being connected between the cross beams (2) and the stock frames (3), and table panels (11) capable of being placed on the stock frames (3). The onboard measuring working cabin is low in cost and convenient to carry and assemble, and can improve the working environment and increase coastwise measurement efficiency and quality.

Description

technical field [0001] The invention relates to a ship-borne measurement auxiliary device, in particular to a ship-borne measurement work cabin which can improve the working environment, improve the efficiency and quality of coastal measurement, and is easy to carry and assemble with less cost input. Background technique [0002] In the field of marine surveying and mapping technology, shipborne surveying technology is the main means of obtaining marine geospatial information, that is, marine surveying instruments such as depth sounders, gravimeters, and magnetometers are placed on ships for real-time measurement during navigation. At present, There are three types of ship-borne measurement ships: large, medium and small. Large-scale survey ships are used for ocean-going surveys, and medium-sized survey ships are used for offshore surveys. Both large-scale survey ships and medium-sized survey ships are equipped with special measurement cabins. The measuring instruments are ce...

AI Technical Summary

Problems solved by technology

In practical applications, there are two types of special measuring boats and fishing boats. The special measuring boats are equipped with a measuring cabin, and various instruments are concentrated in the measuring cabin, which is convenient to operate. High costs such as maintenance limit the use of most units of measurement

Small fishing boats have the advantages of wide coverage, flexible renting, and economic benefits. They are the main carriers of coastal surveys. However, small fishing boats usually have no cabins, and surveyors can only temporarily place instruments on the deck for open-air operations. Exposure to sunlight and rain will cause inconvenience to the surveyors, and also affect the normal use of the measuring instruments, reduce the efficiency of the measurement work, and also affect the quality of the measurement results

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