CN217456781U

CN217456781U - Stacking frame for aluminum bar stacks

Info

Publication number: CN217456781U
Application number: CN202221238184.1U
Authority: CN
Inventors: 陈荣有
Original assignee: Chongqing Hengya Industrial Co ltd
Current assignee: Chongqing Hengya Industrial Co ltd
Priority date: 2022-05-22
Filing date: 2022-05-22
Publication date: 2022-09-20
Anticipated expiration: 2032-05-22

Abstract

The utility model relates to an aluminum bar stacking rack, which comprises at least two groups of rack components, wherein each rack component comprises a lower rack, at least one middle rack, an upper rack and an inserting strip; the upper layer frame, the middle layer frame and the lower layer frame respectively comprise an anticorrosion sleeper, end protective covers are arranged at two ends of the anticorrosion sleeper, the end protective covers are fixed through bolts, and the protective end covers are respectively provided with an inserting frame and two movable wheels; the bottom surface of the movable wheel is flush with the bottom surface of the anticorrosion sleeper; the top surface of lower floor's frame, the top surface of intermediate level frame and the bottom surface of upper strata frame all set up the elastic cushion layer, the elastic cushion layer surface has a plurality of equidistant elastic barrier strips that distribute, has spacing cambered surface between adjacent elastic barrier strip. The utility model discloses simple structure, it is simple to make, and area is little, and through upper shelf, the intermediate level frame, the combination of lower floor frame and connection inserted bar can easily realize the stacking to the aluminium bar, and it is all very convenient to carry and draw single aluminium bar.

Description

Stacking frame for aluminum bar stacks

Technical Field

The utility model relates to an aluminium bar processing technology field, concretely relates to piling and stacking rack for aluminium bars.

Background

In the processing enterprise of aluminium bar, relate to the transport of stacking to the aluminium bar after the aluminium bar casting is accomplished, the wooden box transport that adopts among the prior art, because wooden box is five closed surfaces usually, area is big, leads to the timber quantity big, if the height of stacking is higher, leads to the lateral wall of wooden box also corresponding to increase, draws single aluminium bar after stacking and has brought the inconvenience. In the improvement technology, some cushion plates are designed with multiple layers, but because the cushion plates do not have a limiting effect, vertical rods are required to be arranged on two sides of the cushion plates during design, stacking of aluminum bars can be realized, but the aluminum bars are not beneficial to installation, and further the working efficiency is influenced.

SUMMERY OF THE UTILITY MODEL

In order to solve the prior art problem, the utility model provides an aluminium bar piles piling bin and support long frame thereof can improve more than not enough.

The utility model relates to an aluminum bar stacking rack, which comprises at least two groups of rack components, wherein each rack component comprises a lower rack, at least one middle rack, an upper rack and an inserting strip; the upper layer frame, the middle layer frame and the lower layer frame respectively comprise an anticorrosion sleeper, end protective covers are arranged at two ends of the anticorrosion sleeper, the end protective covers are fixed through bolts, the end covers are of aluminum structures and can be processed by waste gas leftover materials of enterprises, retaining edges are arranged on the periphery of one side of each end cover, which is in contact with the anticorrosion sleeper, a containing cavity is formed between the retaining edges and is in contact with the end of the anticorrosion sleeper, and an inserting frame and two movable wheels are arranged on each protective end cover; the bottom surface of the movable wheel is flush with the bottom surface of the anticorrosion sleeper; the middle of the lower layer frame, the middle layer frame and the lower layer frame is provided with a jack structure; the top surface of lower floor's frame, the top surface of intermediate level frame and the bottom surface of upper strata frame all set up the elastic cushion layer, the elastic cushion layer surface has a plurality of equidistant elastic barrier strips that distribute, has spacing cambered surface between adjacent elastic barrier strip. The top surface of the cutting is provided with an elbow, and the cutting and the inserting frame are matched to form an inserting structure.

Further, the thickness of the lower layer frame is larger than that of the middle layer frame and that of the upper layer frame.

Furthermore, the limiting arc surface is an elliptical arc surface, a V-shaped surface or a semicircular surface.

Furthermore, the elastic cushion layer comprises a composite layer of a rubber plate and sponge, the bottom surface of the elastic cushion layer is provided with the rubber plate, and the rubber plate is fixed through a nail.

Furthermore, insert the frame and be located the central point of end visor terminal surface position, the movable pulley interval sets up in the below of inserting the frame.

Furthermore, the bottom surface of the middle shelf is provided with an elastic cushion layer structure the same as the top surface of the middle shelf.

Furthermore, the anticorrosion sleeper has a laminated structure, a plurality of microcrystal foaming plate layers are arranged in the anticorrosion sleeper, the periphery of the anticorrosion sleeper is fixed through a steel wire mesh, and the anticorrosion sleeper is subjected to hot melting treatment with colloid, so that the advantages of fire resistance, water resistance, high strength and good toughness of the microcrystal foaming plates can be fully utilized.

Further, if the diameter of the aluminum bar exceeds 80mm, the height of the elastic barrier strip is at least more than 5 mm.

The utility model discloses simple structure, it is simple to make, area is little, through upper shelf, middle level frame, lower floor's frame and the combination of connecting the inserted bar can easily realize stacking to the aluminium bar, has more clearances between transportation frame and the aluminium bar, can practice thrift the use amount of timber, and it is all very convenient to carry and draw single aluminium bar. Compared with the prior art, the connection mode is faster by fixing through the inserting strips, and the structures of the upper layer frame, the middle layer frame and the lower layer frame are optimized.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a partial structure diagram of the lower shelf.

FIG. 3 is a schematic view of an tip protection cap.

Fig. 4 is a usage state diagram of the present invention.

The figure is as follows: 1 upper shelf, 2 middle level frame, 3 lower floor's frame, 4 cuttings, 5 end visor, 51 keep off the arris, 52 hold the chamber, 6 gyro wheel supports, 7 movable roller, 8 elastic cushion, the spacing cambered surface of 9, 10 elastic barrier, 11 aluminium bars, 12 picture peg, 13 micrite foaming sheet material layers, 14 anticorrosive sleeper, 15 wire net, 16 jack structures.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1-4, the utility model relates to an aluminum bar stacking rack, which comprises at least two groups of rack components, wherein the rack components comprise a lower rack 3, at least one middle rack 2, an upper rack 1 and an inserting strip 4; the upper-layer frame 1, the middle-layer frame and the lower-layer frame 3 respectively comprise an anticorrosion sleeper 14, end protective covers 5 are arranged at two ends of the anticorrosion sleeper, the end protective covers are fixed through bolts, the end covers are of aluminum structures and can be processed by waste gas leftover materials of enterprises, flanges 51 are arranged on the periphery of one side of each end cover, which is in contact with the anticorrosion sleeper, a containing cavity 52 is formed between the flanges and is in contact with the end of the anticorrosion sleeper, and an inserting frame 12 and two movable wheels are arranged on each protective end cover; the movable wheel is provided with a roller wheel bracket 6 and a movable roller wheel 7 arranged on the roller wheel bracket, particularly, the movable roller wheel is an inflation wheel which cannot be a metal wheel with a solid structure, the elasticity of the inflation wheel is better, and the two movable wheels are more beneficial to dragging; the bottom surface of the movable wheel is flush with the bottom surface of the anticorrosion sleeper, and the movable wheel is designed mainly in consideration of inclined dragging; jack structures 16 are arranged among the lower layer frame, the middle layer frame and the lower layer frame, the jack structures are designed to allow the lifting of a forklift to be considered, and the jack structures are used for inserting the pallet fork; the top surface of lower floor's frame 3, the top surface of middle level frame and the bottom surface of upper strata frame all set up elastic cushion layer 8, elastic cushion layer 8 surface has a plurality of equidistant elastic barrier strips 10 that distribute, has spacing cambered surface 9 between adjacent elastic barrier strip 10. The top surface of the cutting 4 is provided with an elbow, and the cutting 4 and the inserting frame 12 are matched to form an inserting structure.

As a technical improvement, the thickness of the lower shelf 3 is greater than the thickness of the middle and upper shelves 1.

As a technical improvement, the limiting arc surface is an elliptical arc surface, a V-shaped surface or a semicircular surface.

As a technical improvement, the elastic cushion comprises a composite layer of a rubber plate and a sponge (not shown), wherein the rubber plate is arranged on the bottom surface of the elastic cushion and is fixed by a nail.

As a technical improvement, the inserting frame 12 is positioned at the central position of the end face of the end head protection cover 5, and the movable wheels are arranged below the inserting frame 12 at intervals.

As a technical improvement, the bottom surface of the middle shelf 2 is provided with the same structure of the elastic cushion layer 8 as the top surface thereof.

As a technical improvement, the anti-corrosion sleeper has a layered structure, a plurality of microcrystal foaming board material layers 13 are arranged in the anti-corrosion sleeper, the periphery of the anti-corrosion sleeper is fixed through a steel wire mesh 15, and the anti-corrosion sleeper is subjected to hot melting treatment with colloid, so that the advantages of fire resistance, water resistance, high strength and good toughness of the microcrystal foaming boards can be fully utilized.

Further, if the diameter of the aluminum rod exceeds 80mm, the height of the elastic barrier is at least greater than 5mm, and if the diameter of the aluminum rod is less than 80mm, the height of the elastic barrier is generally designed to be 3 mm.

The application of the scheme is as follows: the method comprises the steps of placing frame assemblies with proper number on the ground according to the length of an aluminum rod, firstly placing a lower layer frame, then placing the aluminum rod on the lower layer frame, enabling the aluminum rod to be extruded with a limiting arc surface and an elastic barrier strip, fixing the aluminum rod, then placing a middle layer frame, placing the proper middle layer frame according to the number, then placing an upper layer frame on the top surface of the middle layer frame, and finally inserting an inserting strip into an inserting frame on an end protective cover of each layer on the end surface of the middle layer frame to form a stable structure. The utility model discloses simple structure, it is simple to make, and area is little, and the installation is dismantled moreover and is carried the convenience. The upper layer frame, the middle layer frame and the lower layer frame can be moved by a forklift or in a dragging mode.

Claims

1. The utility model provides an aluminium bar piles piling bin, includes at least two sets of subassemblies subassembly, its characterized in that: the shelf assembly comprises a lower shelf, at least one middle shelf, an upper shelf and a cutting; the upper layer frame, the middle layer frame and the lower layer frame respectively comprise an anticorrosive sleeper, end protective covers are arranged at two ends of the anticorrosive sleeper, the end protective covers are fixed through bolts, and each end protective cover is provided with an inserting frame and two movable wheels; the bottom surface of the movable wheel is flush with the bottom surface of the anticorrosion sleeper; the middle of the lower layer frame, the middle layer frame and the lower layer frame is provided with a jack structure; elastic cushion layers are arranged on the top surface of the lower layer frame, the top surface of the middle layer frame and the bottom surface of the upper layer frame, a plurality of elastic barrier strips distributed at equal intervals are arranged on the surfaces of the elastic cushion layers, and a limiting arc surface is arranged between every two adjacent elastic barrier strips; the top surface of the cutting is provided with an elbow, and the cutting and the inserting frame are matched to form an inserting structure.

2. The aluminum bar stack stand of claim 1, wherein: the thickness of the lower layer frame is larger than that of the middle layer frame and that of the upper layer frame.

3. The aluminum bar stack stand of claim 1, wherein: the limiting arc surface is an elliptical arc surface, a V-shaped surface or a semicircular surface.

4. The aluminum bar stack stand of claim 1, wherein: the elastic cushion layer comprises a composite layer of a rubber plate and sponge, the bottom surface of the elastic cushion layer is provided with the rubber plate, and the rubber plate is fixed through a nail.

5. The aluminum bar stacking rack according to claim 1, wherein: the inserting frame is located in the center of the end face of the end head protective cover, and the movable wheels are arranged below the inserting frame at intervals.

6. The aluminum bar stack stand of claim 1, wherein: the bottom surface of the middle shelf is provided with an elastic cushion layer structure the same as the top surface of the middle shelf.

7. The aluminum bar stack stand of claim 1, wherein: the anticorrosion sleeper has a layered structure, and a plurality of microcrystalline foamed board layers are arranged in the anticorrosion sleeper.

8. The aluminum bar stack stand of claim 1, wherein: if the diameter of the aluminum bar exceeds 80mm, the height of the elastic barrier strip is at least more than 5 mm.