CN204062449U

CN204062449U - Steel angle structure

Info

Publication number: CN204062449U
Application number: CN201420534952.7U
Authority: CN
Inventors: 陈阔新; 胡祥英
Original assignee: JIANGXI HUADING CONSTRUCTION ENGINEERING Co Ltd
Current assignee: Chongqing Guohong Construction Engineering Ltd; Guo Yonghong; Yan Fang
Priority date: 2014-09-17
Filing date: 2014-09-17
Publication date: 2014-12-31
Anticipated expiration: 2024-09-17

Abstract

The utility model discloses a kind of steel angle structure, it comprises the angle steel vertically arranged and the link arranged in the horizontal direction, described angle steel is connected with link, wherein said angle steel has two corresponding parallel end faces respectively, and be connected to link end face in two parallel end faces one end, described angle steel is made to form ㄇ shape, and be formed with some group connecting parts in parallel end faces with linking end face all arranges, it not only makes each angle steel when mutually carrying out group and connecing, Simple convenient can be had more, and the group connecting part being used for organizing the link tied in succession can be made to be hidden between two parallel end faces of angle steel in use is upper, can not be outwardly, and more increase practical effect its overall execution in use.

Description

Steel angle structure

Technical field

The utility model relates to a kind of steel angle structure, particularly relates to one and not only makes each angle steel when mutually carrying out group and connecing, can have more Simple convenient, and can have more convenience in use, and uses in its overall execution the steel angle structure more increasing practical effect characteristic.

Background technique

Often can see people utilizes angle steel group to be connected into the rack of all kinds of pattern for putting the various article of display, and described angle steel is all L-shaped, and offer some holes in its surface alignment, first angle steel can be cut into suitable length according to required size, again each angle steel closing is connect, and utilize the solid assembly of spiral shell to give spiral shell by the hole that each angle steel surface is offered to establish and combine location, and angle steel group is connected into required pattern.But described angle steel connects owing to all needing to use the solid assembly of spiral shell group of carrying out being spirally connected to establish in group, causes the very big inconvenience that its operation is implemented.

Find during its actual use of existing structure, it has its own shortcomings:

1. the first main frame body of structure described in is still L-shaped, and cause two first support bodys when relative closing assembling, it needs to assemble with connecting piece separately, makes its comparatively inconvenience that seems in assembling.

2. the first main frame body of structure described in is still L-shaped, make its first main frame body when utilizing the second main frame body to carry out assembling link, the fastening convex side of the second main frame body can protrude from outside the first main frame body, cause be assembled into support body to both sides arrange baffle plate prevent article from dropping time, cause because fastening convex side is outwardly baffle plate to be flat, and baffle plate can be made to form convex arcuation state in fastening convex side relative position.

Model utility content

Technical problem to be solved in the utility model is: provide a kind of steel angle structure, it not only makes each angle steel when mutually carrying out group and connecing, Simple convenient can be had more, and the group connecting part being used for organizing the link tied in succession can be made to be hidden between two parallel end faces of angle steel in use is upper, can not be outwardly, and more increase practical effect its overall execution in use.

For solving the problems of the technologies described above, the technical solution of the utility model is:

A kind of steel angle structure, it comprises the angle steel vertically arranged and the link arranged in the horizontal direction, described angle steel is connected with link, wherein said angle steel has two corresponding parallel end faces respectively, and be connected to link end face in two parallel end faces one end, make described angle steel form ㄇ shape, and be formed with some group connecting parts in parallel end faces with linking end face all arranges.

Compared with prior art, the utility model beneficial effect is as follows: because described angle steel has two corresponding parallel end faces respectively, and be connected in two parallel end faces one end to link end face, described angle steel is made to form ㄇ shape, and be formed with some group connecting parts in parallel end faces with linking end face all arranges, it not only makes each angle steel when mutually carrying out group and connecing, Simple convenient can be had more, and the group connecting part being used for organizing the link tied in succession can be made to be hidden between two parallel end faces of angle steel in use is upper, can not be outwardly, and more increase practical effect its overall execution in use.

The utility model further improves as follows:

Further, the group connecting part of described angle steel comprises embedded hole and clip hole, and clip hole is positioned at the below of embedded hole and links conducting with embedded hole.

Further, the diameter in described clip hole is less than the diameter of embedded hole.

Further, described angle steel offers connecting hole below group connecting part.

Further, described connection piece is formed with joining section in its one end, and described connection piece vertically bends shaping in connection piece both sides.

Accompanying drawing explanation

Fig. 1 is the three-dimensional exploded view of the utility model steel angle structure.

Fig. 2 is the three-dimensional exploded view of another embodiment of the present utility model.

Fig. 3 is three-dimensional combination figure of the present utility model.

Fig. 4 is the first three-dimensional combination figure of the present utility model.

Fig. 5 is the second assembled state sectional view of the present utility model.

Fig. 6 is the 3rd assembled state sectional view of the present utility model.

Wherein: 1. angle steel, 11. parallel end faces, 12. link end face, 13. group connecting parts, 131. embedded holes, 132. clip holes, 14. auxiliary connecting hole, 2. connection pieces, 21. joining sections, 22. group connecting parts, 221. linkage sections, 222. clip sections, and 23. auxiliary connecting holes, 24. against section.

Embodiment

Below in conjunction with drawings and Examples, the utility model is further illustrated.

As shown in Figure 1, the utility model steel angle structure, it comprises and vertically arranges angle steel 1, and utilizes connection piece 2 to link between angle steel 1.

Angle steel 1 has two corresponding parallel end faces 11, and be connected in two parallel end faces 11 one end to link end face 12, make described angle steel 1 form ㄇ shape, and in parallel end faces 11 with link end face 12, all arrange the connecting hole 14 being formed with some group connecting parts 13 and being positioned at group connecting part 13.Group connecting part 13 is included in embedded hole 131 and clip hole 132, and clip hole 132 is positioned at the below of embedded hole 131 and links conducting with embedded hole 131, and the diameter in clip hole 132 is less than the diameter of embedded hole 131.

Connection piece 2 is arranged in the horizontal direction, connection piece 2 is formed with joining section 21 in its one end, described joining section 21 can with connection piece 2 in parellel, or please consult shown in Fig. 2 another embodiment's three-dimensional exploded view of the present utility model more in the lump, joining section 21 vertically bends shaping in connection piece 2 both sides, and be formed with some group connecting parts 22 in described joining section 21 arrangement, described group connecting part 22 is clip section 222 that linkage section 221 connection diameter is larger or makes group connecting part 22 be below embedded hole, link the clip hole 132 that conducting has diameter less, and below group connecting part 22, offer auxiliary connecting hole 23, separately vertically extend to form against section 24 in described connection piece 2 root edge.

As shown in Figure 3 and Figure 4, the utility model is when assembling use, its can make be set forth between two angle steel 1 and be provided with connection piece 2, connection piece 2 is made to correspond respectively to the parallel end faces 11 of two angle steel 1 with the joining section 21 of both sides or link end face 12, and the group connecting part 13 making the corresponding parallel end faces 11 with two angle steel 1 of the group connecting part 22 on described connection piece 2 joining section 21 or link corresponding suitable At The Height on end face 12 carries out group access node closes, also can be combined fixing via the auxiliary connecting hole 14 of described angle steel 1 and the auxiliary connecting hole 23 of connection piece 2 with fixing-assembly separately simultaneously, carry out auxiliary reinforcement assembling to link, some angle steel 1 can be utilized to arrange in pairs or groups the assembling being provided with support body of connection piece 2, and in connection piece 2 in section 24 against arranging carrier plate, and all kinds of article can be shown for bearing.

As shown in Figure 5, shown in second assembled state sectional view of the present utility model, when Connecting groups establishes some shelving bodies, carry out group access node with connection piece 2 and other angle steel 1 respectively in two parallel end faces 11 of angle steel 1 to close, to utilize described angle steel 1 in ㄇ profile design, and be reached through two parallel end faces 11 Connecting groups and be set as some shelving bodies.

The utility model forms ㄇ shape due to angle steel 1, after making to carry out group access node synthesis support body with connection piece 2, the group connecting part 22 of connection piece 2 is made to be convexly equipped between two parallel end faces 11 at angle steel 1 place of support body outboard end, and the group connecting part 22 of connection piece 2 can not be made to protrude from outside angle steel 1, prepare when angle steel 1 arranged outside baffle plate, namely do not have the situation making the convex arch of baffle plate not straight and occur.

By the above, the composition of the utility model structure is known with use implementation, and in comparison, the utility model mainly has following advantages for the utility model and existing structure:

1. angle steel of the present utility model forms ㄇ shape, makes when preparation group connects formation two corresponding support body, can directly carry out organizing tying in succession at angle steel two parallel end faces and connection piece and other angle steel, and make it in overall package, have more Simple convenient.

2. angle steel of the present utility model forms ㄇ shape, make after utilizing connection piece group to be connected into support body, the group connecting part of described connection piece can be hidden between two parallel end faces of angle steel, the group connecting part protrusion allowing the baffle plate be arranged at outside support body not have because of connection piece causes the not straight phenomenon of convex arch to occur, and makes it use and has more practical convenience.

The utility model is not limited to above-mentioned concrete mode of execution, and those of ordinary skill in the art is from above-mentioned design, and without performing creative labour, done all conversion, all drop within protection domain of the present utility model.

Claims

1. a steel angle structure, it comprises the angle steel vertically arranged and the link arranged in the horizontal direction, described angle steel is connected with link, it is characterized in that: described angle steel has two corresponding parallel end faces respectively, and be connected to link end face in two parallel end faces one end, make described angle steel form ㄇ shape, and be formed with some group connecting parts in parallel end faces with linking end face all arranges.

2. steel angle structure as claimed in claim 1, is characterized in that: the group connecting part of described angle steel comprises embedded hole and clip hole, and clip hole is positioned at the below of embedded hole and links conducting with embedded hole.

3. steel angle structure as claimed in claim 2, is characterized in that: the diameter in described clip hole is less than the diameter of embedded hole.

4. steel angle structure as claimed in claim 1, is characterized in that: described angle steel offers connecting hole below group connecting part.

5. steel angle structure as claimed in claim 1, it is characterized in that: described connection piece is formed with joining section in its one end, described connection piece vertically bends shaping in connection piece both sides.