CN202115407U

CN202115407U - Edge covering structure of cargo tank of large-size mining dump truck

Info

Publication number: CN202115407U
Application number: CN2011202280808U
Authority: CN
Inventors: 孟庆勇; 马洪锋; 踨雪梅; 董栓牢; 范旭辉; 王莉莉; 吕昌; 宋宇尧; 魏哲雷; 马玉敏; 蔡中义; 谢和平; 张杰山; 魏广娟; 周海龙
Original assignee: Jiangsu XCMG Construction Machinery Institute Co Ltd
Current assignee: Jiangsu XCMG Construction Machinery Institute Co Ltd
Priority date: 2011-06-30
Filing date: 2011-06-30
Publication date: 2012-01-18
Anticipated expiration: 2021-06-30

Abstract

The utility model discloses an edge covering structure of a cargo tank of a large-size mining dump truck, which belongs to the technical field of mining heavy mechanical equipment and comprises a cargo tank main body, U-shaped bent plates, seal plates, cover plates and V-shaped bent plates. The U-shaped bent plates are fixedly mounted at edges of a cargo tank main plate, the U-shaped bent plates at edges of the bottom and sides of the cargo tank main plate are fixedly connected by the cover plates and the V-shaped bent plates, the seal plates are packed at ends of the U-shaped bent plates, and the integral edge covering structure which is formed by means of fixed connection and the main plate form an integral framework of the cargo tank. The edge covering structure has the advantages that the edge covering structure is rigidly connected with the cargo tank main body, the box-type edge covering structure of the cargo tank and the cargo tank main plate form a high-strength integral framework, integral rigidity and strength of the cargo tank are improved advantageously, and the service life of the cargo tank is prolonged.

Description

The binding structure of large-scale mine capacity of the tipping body

Technical field

The utility model relates to a kind of mining heavy-duty machinery, relates in particular to a kind of binding structure of large-scale mine capacity of the tipping body, belongs to mining heavy-duty machinery device technique field.

Background technology

The electric power wheel self-discharging vehicle colliery in the open of going, its track inclement condition, ore can be accelerated the damage of container to the severe impact of container, and the service life of container is shorter.For solving an above-mentioned difficult problem two kinds of development tendencys are arranged at present, the one, with the inclined to one side rigidity of container body design, strengthen its shock proof ability; The 2nd, with the inclined to one side flexibility of container body design, the buffering external impact, but technology is still immature.

Summary of the invention

To the problem that above-mentioned prior art exists, the utility model provides a kind of binding structure of large-scale mine capacity of the tipping body, can improve the whole stiffness of container, prolongs the service life of container.

To achieve these goals; The technical scheme that the utility model adopts is: a kind of binding structure of large-scale mine capacity of the tipping body; Comprise the container main body, also comprise U type bending plate, shrouding, cover plate and V-type bending plate, U type bending plate is fixedly mounted on the edge of container mainboard; Cover plate and V-type bending plate are fixed together the U type bending plate of bottom and side margins; Shrouding is encapsulated in the end of U type bending plate, and whole binding structure is fixedly connected into an integral body, with the whole skeleton of mainboard composition container.

Further, U type bending plate is welded on container sidepiece, bottom and anterior mainboard edge, becomes the box binding structure, and shrouding is welded on box bound edge port, forms the osed top box-structure.

Further, cover plate and V-type bending plate are formed box-structure at side plate mainboard bending part, are used to connect the box binding structure of sidepiece and bottom.

Further, shrouding comprises shrouding I and shrouding II.

Further, cover plate comprises cover plate I and cover plate II, and cover plate I, cover plate II and V-type bending plate are welded into box-structure, with sidepiece box bound edge, and is welded into an integral body with bottom box bound edge.

Further; U type bending plate comprises U type bending plate I, U type bending plate II and U type bending plate III, and U type bending plate I is welded on the anterior mainboard of container edge, and U type bending plate II is welded on sidepiece mainboard edge; Shrouding I, cover plate II are welded on the end of U type bending plate II; Make box-structure form the inner sealing structure, U type bending plate III, shrouding II are welded on mainboard edge, bottom, form the box binding structure.

The beneficial effect of the utility model is: the container main body is rigidly connected, and the box binding structure of container is formed a high-intensity whole skeleton with the container mainboard, helps improving the whole stiffness of container, prolongs the service life of container.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the front view of the utility model;

Fig. 3 is the left view of the utility model;

Fig. 4 is the birds-eye view of the utility model.

Among the figure: 1, container main body, 2, U type bending plate, 3, shrouding, 4, cover plate, 5, the V-type bending plate, 21, U type bending plate I, 22, U type bending plate II, 23, U type bending plate III, 31, shrouding I, 32, shrouding II, 41, cover plate I, 42, cover plate II.

The specific embodiment

To combine accompanying drawing that the utility model is described further below.

Like Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4; The utility model comprises container main body 1, also comprises U type bending plate 2, shrouding 3, cover plate 4 and V-type bending plate 5, and U type bending plate 2 is fixedly mounted on the edge of container mainboard; Cover plate 4 is fixed together with the U type bending plate 2 of V-type bending plate 5 with bottom and side margins; Shrouding 3 is encapsulated in the end of U type bending plate 2, and whole binding structure is fixedly connected into an integral body, with the whole skeleton of mainboard composition container.Wherein, U type bending plate 2 is welded on container sidepiece, bottom and anterior mainboard edge, becomes the box binding structure, and shrouding 3 is welded on box bound edge port, forms the osed top box-structure; Cover plate 4 is formed box-structure with V-type bending plate 5 at side plate mainboard bending part, is used to connect the box binding structure of sidepiece and bottom; Shrouding 3 comprises shrouding I31 and shrouding II32; Cover plate 4 comprises cover plate I41 and cover plate II42, and cover plate I41, cover plate II42 and V-type bending plate 5 are welded into box-structure, with sidepiece box bound edge, and is welded into an integral body with bottom box bound edge; U type bending plate 2 comprises U type bending plate I21, U type bending plate II22 and U type bending plate III23; U type bending plate I21 is welded on the anterior mainboard of container edge; U type bending plate II22 is welded on sidepiece mainboard edge, and shrouding I31, cover plate II42 are welded on the end of U type bending plate II22, makes box-structure form the inner sealing structure; U type bending plate III23, shrouding II32 are welded on mainboard edge, bottom, form the box binding structure.

Because of the marginal portion of container main body 1 all is welded with plate, can strengthen its shock proof ability, improve the whole stiffness of container, prolong the service life of container.

Claims

1. the binding structure of a large-scale mine capacity of the tipping body; Comprise container main body (1); It is characterized in that also comprising U type bending plate (2), shrouding (3), cover plate (4) and V-type bending plate (5); U type bending plate (2) is fixedly mounted on the edge of container mainboard, and cover plate (4) and V-type bending plate (5) are fixed together the U type bending plate (2) of bottom and side margins, and shrouding (3) is encapsulated in the end of U type bending plate (2); Whole binding structure is fixedly connected into an integral body, with the whole skeleton of mainboard composition container.

2. the binding structure of a kind of large-scale mine capacity of the tipping body according to claim 1; It is characterized in that described U type bending plate (2) is welded on container sidepiece, bottom and anterior mainboard edge; Become the box binding structure; Shrouding (3) is welded on box bound edge port, forms the osed top box-structure.

3. the binding structure of a kind of large-scale mine capacity of the tipping body according to claim 1 is characterized in that described cover plate (4) and V-type bending plate (5) at side plate mainboard bending part composition box-structure, are used to connect the box binding structure of sidepiece and bottom.

4. the binding structure of a kind of large-scale mine capacity of the tipping body according to claim 1 is characterized in that described shrouding (3) comprises shrouding I (31) and shrouding II (32).

5. the binding structure of a kind of large-scale mine capacity of the tipping body according to claim 1; It is characterized in that described cover plate (4) comprises cover plate I (41) and cover plate II (42); Cover plate I (41), cover plate II (42) and V-type bending plate (5) are welded into box-structure; With sidepiece box bound edge, and be welded into an integral body with bottom box bound edge.

6. the binding structure of a kind of large-scale mine capacity of the tipping body according to claim 1; It is characterized in that described U type bending plate (2) comprises U type bending plate I (21), U type bending plate II (22) and U type bending plate III (23); U type bending plate I (21) is welded on the anterior mainboard of container edge; U type bending plate II (22) is welded on sidepiece mainboard edge, and shrouding I (31), cover plate II (42) are welded on the end of U type bending plate II (22), makes box-structure form the inner sealing structure; U type bending plate III (23), shrouding II (32) are welded on mainboard edge, bottom, form the box binding structure.