WO2014029158A1

WO2014029158A1 - Onboard measuring working cabin convenient to carry and assemble

Info

Publication number: WO2014029158A1
Application number: PCT/CN2012/082776
Authority: WO
Inventors: 刘雁春
Original assignee: 付建国; 王海亭
Priority date: 2012-08-21
Filing date: 2012-10-11
Publication date: 2014-02-27
Also published as: CN102837802B; CN102837802A

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

Shipborne measurement workroom for easy carrying and assembly

Technical field:

The invention relates to a shipboard measurement auxiliary device, in particular to a shipboard measurement working cabin with less cost input, improved working environment, improved coastal measurement efficiency and quality, and convenient carrying and assembly.

Background technique:

In the field of marine mapping technology, shipborne measurement technology is the main means to obtain marine geospatial information. Marine sounding instruments such as depth sounder, gravimeter and magnetometer are placed on the boat, and real-time measurement is carried out during the navigation. Currently, There are three types of ships for shipboard measurement: large, medium and small. Large-scale survey vessels are used for ocean-going surveys. Medium-sized survey vessels are used for offshore surveys. Large-scale survey vessels and medium-sized survey vessels are equipped with dedicated measurement cabins. Measurement instruments are concentrated except for external probe components. It is very convenient to use in the measuring compartment. Small boats used for docks, ports and coastal measurements (actually More than 95% of marine measurements are measured by shore). In practical applications, there are two types of special measuring boats and fishing boats. The special measuring boats are equipped with measuring cabins. Various instruments are concentrated in the measuring cabin, which is easy to operate, but The high cost of construction, purchase, registration, parking, cross-regional scheduling, maintenance and other restrictions limits the use of most measurement units. Small fishing vessels have the advantages of wide coverage, flexible renting and economical benefits. They are the main carriers for coastal surveying. However, small fishing vessels usually do not have cabins. Surveyers can only temporarily place instruments on the deck for open-air operations, not only for long periods of time, but also for long periods of time. Sun exposure and rain can cause inconvenience to the measurement personnel, and it also affects the normal use of the measuring instrument, which reduces the measurement work efficiency and affects the quality of the measurement results.

Summary of the invention:

The present invention is to solve the above-mentioned technical problems existing in the prior art, and provides a shipboard measurement working cabin which has less cost input, can improve coastal measurement efficiency and quality, and is easy to carry and assemble.

The technical solution of the present invention is: a shipboard measurement working cabin that is easy to carry and assemble, and has four support columns. Four beams and three shelves, the four beams can be horizontally connected to the upper end of the adjacent support column by a lock, and the three shelves can be horizontally connected to the lower end of the adjacent support column by a lock, respectively, on the four support columns The first end is provided with a first connecting member;

a second connecting member matched with the first connecting member is disposed, and a wire rope is connected to the second connecting member, and the other end of the wire rope is The jacket has a trough shape and the downwardly facing sleeves are connected, and the top side of the jacket has a top wire;

An upper baffle that can be connected between the four beams and a side curtain that can be connected between the beam and the shelf;

There is a countertop that can be placed on the shelf.

Below the four support columns, there is a foot spiral.

The invention is composed of a plurality of components, is convenient to carry, assemble and disassemble, can be quickly installed on a small fishing boat, and forms a ship-borne measurement working cabin, which overcomes the inconvenience caused by the small fishing boat to the measurement work without the cabin, and the cost is low. Effectively improve the working environment and improve measurement efficiency.

BRIEF DESCRIPTION OF THE DRAWINGS:

1 and 2 are schematic structural views of an embodiment of the present invention.

detailed description:

As shown in Figures 1 and 2, there are four support columns 1 , four beams 2 and three shelves made of alloy material 3 The four beams 2 can be horizontally connected to the upper ends of the adjacent support columns 1 through the locks, and the three shelves 3 can be horizontally connected to the lower ends of the adjacent support columns 1 by the locks, that is, the adjacent support columns 1 The upper and lower ends are respectively connected to the beam 2 and the shelf 3, and the three shelves 3 are respectively placed between the left, right and rear support columns 1, without the shelf 3 side being the front, and the four supporting columns 1 The first connection member 4 is provided at the upper end. The card lock can be used with 'three-card lock head' (such as: LT-Z981 produced by Changzhou Lingtong Exhibition Co., Ltd.), which can quickly support the support column 1, the beam 2 and the shelf 3 The connection is integrated, and the first connecting member 4 can be a hook or a hanging ring.

A second connecting member 5 (such as a hanging ring or a hook) matching the first connecting member 4 is provided, and a wire rope is connected to the second connecting member 5 The other end of the wire rope 6 is connected to a jacket 7 (U-clip) having a trough shape and a downward groove, and the top side of the jacket 7 has a pair of top wires 8 disposed thereon.

An upper baffle 9 connectable between the four beams 2 and a side curtain 10 connectable between the beam 2 and the shelf 3, the upper baffle 9 Can use canvas or other visor, side curtain 10 can be made of PVC mesh transparent film and canvas, such as the rear side curtain 10 can be PVC transparent film, canvas can be used on the left and right sides, PVC The screened transparent film and canvas curtain are fastened to the beam 2 and the shelf 3 by means of a rotating button.

There is a deck 11 which can be placed on the shelf 3, and the deck 11 can be a water-resistant and anti-corrosive plastic board.

In order to make the four support columns 1 more stable, a foot screw 12 is provided below the four support columns 1.

The installation method of the embodiment of the present invention is as follows:

Four support columns 1, four beams 2 and three shelves in the appropriate position in the cabin 3 Assembled into a cube frame by a snap-fit connection, adjusting the four anchor posts 1 below the foot screw 12 to make the height suitable; connecting the first connector 4 to the second connector 5, the four jackets 7 It is placed in the proper position of the boat on both sides and fixed by the top wire 8, that is, the four support columns are fixed on the ship's hull by the wire rope 6 and the jacket 7, and then the upper baffle 9 and the side curtain 10 are installed. Forming a shipboard measurement cabin.

An illuminator, an environmental parameter display, and a camera for recording the measurement process can be mounted on the beam 2 on the support column 1 On the top, fixed suspension rods, wireless communication antennas and miniature weather stations (eg: PH of Wuhan New Pratt & Whitney Technology Co., Ltd.) II hand-held weather station, etc., the suspension rod is used to hang the number of lights consisting of red, white, red ring lights and measurement flags. The micro weather station is used as a meteorological parameter monitoring device to monitor wind direction, wind speed and atmospheric temperature. Humidity and pressure, etc. The power module and toolbox for measurement can be placed in the ship's measurement cabin. The power module is composed of battery and inverter power supply, which can provide AC and DC power supply. The toolbox includes: wrench, screwdriver, hammer, tape measure, and vertical Ball, sealing tape, flashlight, U disk, measurement specifications, etc.

Claims

A shipborne measurement work compartment that is easy to carry and assemble, and is characterized by:

There are four support columns (1), four beams (2) and three shelves (3), four beams (2) ) can be connected horizontally to the upper end of the adjacent support column ( 1 ) by a lock, and the three shelves ( 3 ) can be horizontally connected to the lower end of the adjacent support column ( 1 ) by the lock, respectively, on the four support columns ( 1 The upper end is provided with a first connecting member (4);

a second connecting piece (5) matching the first connecting piece (4) is provided, and a wire rope (6) is connected to the second connecting piece (5), and the wire rope (6) The other end of the jacket is connected to the jacket (7) having a trough shape and a downward slot, and the top side of the jacket (7) has a top wire (8);

An upper baffle (9) connectable between the four beams (2) and a side curtain (10) connectable between the beam (2) and the shelf (3) );

There is a deck (11) that can be placed on the shelf (3).

2 . The shipboard measurement work compartment for carrying and assembling according to claim 1, wherein: said four support columns (1 Underneath is a foot screw (12).