CN201678207U

CN201678207U - Compressed natural gas tank type container frame

Info

Publication number: CN201678207U
Application number: CN2010201745409U
Authority: CN
Inventors: 王湘江; 喻萍; 谢治; 王健; 杨鹏; 王丽英; 刘亮; 彭刚; 韩鹏飞
Original assignee: JIANGNAN MACHINERY (GROUP) CO Ltd
Current assignee: Hunan Jiangnan Yinjian New Energy Equipment Co., Ltd.
Priority date: 2010-04-29
Filing date: 2010-04-29
Publication date: 2010-12-22
Anticipated expiration: 2020-04-29

Abstract

A compressed natural gas tank type container frame is mainly and technically characterized by comprising corner parts (1), corner posts (2), lateral beams (3), middle upright posts (4), lateral inclined pulling bearings (5), mounting beams (6), bottom corner reinforcing parts (7), top corner reinforcing parts (8), end beams (9), lower transverse beams (10), upper transverse beams (11), connecting supports (12), isolating steel plates (13), end inclined pulling bearings (14) and folding steel plates (15). The frame is in a rectangular stereoscopic structure formed by welding steel profiles; the four corner posts (2), the four lateral beams (3) and the four end beams (9) are connected by the aid of the corner parts (1) at eight corners of the frame in a welding manner, the six middle upright posts (4), the three upper transverse beams (11) and the three lower transverse beams (10) divide the frame into three independent zones; the lateral inclined pulling bearings (4), the end inclined pulling bearings (14) and the like can reinforce the strength of the frame; the two mounting beams (6) are welded in parallel at the bottom of the frame; and a plurality of the connecting supports (12) are equidistantly welded on two sides of each mounting beam (6). The container frame has the advantages of high strength, light weight of a body, large carrying space, flexible loading and unloading modes and the like.

Description

Compression natural gas tank container framework

Technical field

The utility model relates to a kind of compression natural gas tank container framework, and it mainly is applicable to vehicle-mounted transport of compressed natural gas cylinder beaming device, is convenient to the transportation and the storage of natural fuels.

Background technology

In the background technology, along with popularizing rapidly that natural fuels uses, natural fuels has become one of main green clean energy resource of China.The domestic trade compression natural gas generally adopts long-tube trailer at present, but long-tube trailer can not adapt to every profession and trade use complicated and changeable and transportation environment gradually because there are long overweight, the limitation such as load volume is on the low side, manufacturing cost is higher, mounting or dismounting detection inconvenience of car body in it.And adopt modular design, install through boundlings by a plurality of independently pot type gas cylinders the vehicle-mounted gas cylinder beaming device formed because of its have weight light, adorn advantages such as large-minded, that the gas cylinder mounting or dismounting are easy to detect, cost is lower, be the compression natural gas inevitable development trend of transporting from now on.For the ease of the vehicle-mounted transportation of compression natural gas gas cylinder beaming device, compression natural gas tank container framework has been carried out development and design.

Summary of the invention

Technical problem to be solved in the utility model is that a kind of compression natural gas tank container framework will be provided, it is a kind of rectangle solid type steel framework through optimal design, have advantages such as intensity height, body is in light weight, the carrying space big, the loading and unloading mode is flexible, can improve the accumulating efficient of compression natural gas, effectively reduce traffic cost.

The technical scheme that its technical matters of solving the utility model adopts is: it comprise corner fittings, corner post, curb girder, B-pillar, skew back draw hold, mounting rail, base angle reinforcement, drift angle reinforcement, end carriage, cross sill, entablatrance, connection bearing, isolate steel plate, end tiltedly draw and hold, folding steel plate

Each component part of whole rectangle space framework is all by being welded to connect, the corner fittings that is positioned at eight angles of framework and four corner posts, up and down four curb girders, four butt beams are connected up and down, by six roots of sensation B-pillar and three cross sills, three entablatrances the rectangle space framework is divided into three isolated areas

Overall structure intensity for reinforced frame, base of frame also has been welded three groups and has been total to six roots of sensation cross sills, non-symmetrical 12 skew backs in the left and right sides that have been welded between four curb girders of two side elevations and the six roots of sensation B-pillar draw and hold, eight butts that have been welded between four corner posts of two end facades and the four butt beams tiltedly draw and hold, the base angle reinforcement is welded in four jiaos of base of frame, the drift angle reinforcement is welded in four jiaos of frame roof

Two parallel being welded on the cross sill and end carriage of base of frame of mounting rail, a plurality of connection bearings equidistantly are welded in the both sides of mounting rail,

Isolate steel plate uprightly is welded apart from framework left side certain distance, isolates the installation that certain area of space is used for control system, and folded sheet is welded in the framework right side.

The utility model is compared the beneficial effect that is produced with background technology

1, this framed structure is by finite element analysis and optimal design, and simple and reasonable, body is in light weight, and than like product economizing type steel material more, cost is lower.

2, because drawing to hold, skew back adopts that the left and right sides is asymmetric to be welded, Open architecture is adopted at the top, in proof strength, increased the carrying space, the gas cylinder beaming device can utilize fork truck fork dress from the left and right sides of framework, also can lift, improve the accumulating efficient of compression natural gas, effectively reduce traffic cost from the top.

3, adopt skew back to draw to hold, hold tiltedly draw hold, structure designs such as base angle reinforcement, drift angle reinforcement, framework bulk strength height can guarantee that transportation safety is reliable.

Description of drawings

Fig. 1 is the block diagram of the utility model compression natural gas tank container framework.

Fig. 2 is the front view of the utility model compression natural gas tank container framework.

Fig. 3 is the A-A view of Fig. 2.

Fig. 4 is the B-B view of Fig. 2.

The specific embodiment

Below in conjunction with accompanying drawing most preferred embodiment of the present utility model is further described.

Referring to accompanying drawing, a kind of compression natural gas tank container framework, it comprise corner fittings 1, corner post 2, curb girder 3, B-pillar 4, skew back draw hold 5, mounting rail 6, base angle reinforcement 7, drift angle reinforcement 8, end carriage 9, cross sill 10, entablatrance 11, connect bearing 12, isolate steel plate 13, end tiltedly draw hold 14, folding steel plate 15.

Each component part of whole framework is all by being welded to connect, four corner posts 2, side up and down each four curb girder 3 of two, end face up and down the corner fittings 1 of each four butt beam 9 of two by eight angles of framework be welded to each other connection, six roots of sensation B-pillar 4 is connected with three entablatrances 11, three cross sills 10 respectively up and down by welding, and the rectangle space framework is divided into three isolated areas.

Overall structure intensity for reinforced frame, base of frame also has been welded three groups and has been total to six roots of sensation cross sills 10, non-symmetrical 12 skew backs in the left and right sides draw and hold 5 and be welded between four curb girders 3 and six roots of sensation B-pillar 4 of two side elevations, eight butts tiltedly draw hold 14 be welded in about between four corner posts 2 and four butt beams 9 of end facade, base angle reinforcement 7 is welded in four jiaos of base of frame, and drift angle reinforcement 8 is welded in four jiaos of frame roof.

Two mounting rail 6 parallel being welded on the cross sill 10 and end carriage 9 of base of frame, a plurality of connection bearings 12 equidistantly are welded in the both sides of mounting rail 6, isolate steel plate 13 uprightly is welded apart from framework left side certain distance, isolate the installation that certain area of space is used for control system, folded sheet 15 is welded in the framework right side.

It below only is most preferred embodiment of the present utility model.According to above-mentioned design, those skilled in the art also can make various changes and conversion to this.For example: the radical that can design different B-pillars 4 according to the quantity of required loading gas cylinder beaming device, design the isolated area of varying number, side elevation and end facade can be welded the skew back of varying number draw hold 5 and end tiltedly draw and hold 14 etc., form the container framework of range of sizesization, similar this change and conversion all belong to the essence of the invention.

Claims

1. compression natural gas tank container framework, it is characterized in that it comprise corner fittings (1), corner post (2), curb girder (3), B-pillar (4), skew back draw hold (5), mounting rail (6), base angle reinforcement (7), drift angle reinforcement (8), end carriage (9), cross sill (10), entablatrance (11), connect bearing (12), isolate steel plate (13), end tiltedly draw and hold (14), folding steel plate (15);

Four corner posts (2), side up and down each four curb girder (3) of two, end face up and down the corner fittings (1) of each four butt beam (9) of two by eight angles of framework be welded to each other connection, six roots of sensation B-pillar (4) is connected with three entablatrances (11), three cross sills (10) respectively up and down by welding, and the rectangle space framework is divided into three isolated areas;

Base of frame has been welded three groups and has been total to six roots of sensation cross sills (10), non-symmetrical 12 skew backs in the left and right sides draw and hold (5) and be welded between four curb girders (3) and six roots of sensation B-pillar (4) of two side elevations, eight butts tiltedly draw hold (14) be welded in about the end facade four corner posts (2) and four butt beams (9) between, base angle reinforcement (7) is welded in four jiaos of base of frame, and drift angle reinforcement (8) is welded in four jiaos of frame roof;

Two mounting rails (6) are parallel to be welded on the cross sill (10) and end carriage (9) of base of frame, and a plurality of connection bearings (12) equidistantly are welded in the both sides of mounting rail (6);

Isolate steel plate (13) uprightly is welded apart from framework left side certain distance, isolates the installation that certain area of space is used for control system, and folded sheet (15) is welded in the framework right side.