CN216685930U

CN216685930U - Assembly type factory production line material storage rack

Info

Publication number: CN216685930U
Application number: CN202123096259.5U
Authority: CN
Inventors: 粟光胜; 张志文; 胡鹏; 苗先忠; 翟发勇; 倪劲松; 李丹; 刘谭夏子
Original assignee: Hunan Dongfang Hongzhuang Construction Technology Co ltd; Hunan Dongfanghong Residential Industry Co ltd
Current assignee: Hunan Dongfang Hongzhuang Construction Technology Co ltd; Hunan Dongfanghong Residential Industry Co ltd
Priority date: 2021-12-10
Filing date: 2021-12-10
Publication date: 2022-06-07
Anticipated expiration: 2031-12-10

Abstract

The utility model discloses a material storage rack for an assembly type factory production line, which comprises a fixed rack and independent boxes, wherein the fixed rack is divided into a plurality of grids along the length direction, the fixed rack is divided into a plurality of layers along the height direction, the width of a bottom layer is greater than that of other layers, and the independent boxes are respectively inserted into the bottom layer of the fixed rack. The structure is reasonable due to the arrangement of the independent box and the double-layer shelf, and the top layer can be used for placing tools and materials which are not commonly used; the middle level shelf is placed the water and electricity material commonly used that the quality is lighter, can place the heavy material of metal material in the independent case, and all materials all can be deposited in order, shorten and look for the material time, guarantee to produce the line clean and tidy. The independent boxes are arranged below the layer frame, so that the space is saved. The middle layer shelf inclines forwards slightly, can be matched with a plastic box to store materials, and is convenient to take. The angle steel side of both sides can prevent the material landing around the layer frame, and the security is strong. The independent box bottom is equipped with the stabilizer blade, can cooperate fork truck to shift, promotes the replenishment efficiency. The fixing frame is provided with an inverted U-shaped frame below, which is convenient for the positioning and placing of the independent box 2 and prevents the collision of the independent box.

Description

Assembly type factory production line material storage rack

Technical Field

The utility model relates to a material storage rack of an assembly type factory production line.

Background

The production line of assembly type building factory material kind is many, contains metal, reinforcing bar, plastics, foam, instrument etc. and current goods shelves are intermediate layer formula, drawer type basically, are difficult to satisfy all materials on producing the line and put orderly needs, cause and produce the on-the-spot confusion of line, and the material is put unclear, increases the time of looking for the material of during operation, reduces work efficiency. Moreover, various production line materials need to be supplemented back and forth through a warehouse or a processing center, the existing interlayer type and drawer type goods shelves cannot be matched with a forklift for use, the production line is complicated in procedures when the materials are supplemented or transported, the working strength is high, and the working efficiency is low.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an assembly type factory production line material storage rack which is convenient for supplementing and finding materials and ensures cleanness in a factory.

The utility model provides an assembly type factory production line material storage rack which comprises a fixed frame and independent boxes, wherein the fixed frame is divided into a plurality of grids along the length direction, the fixed frame is divided into a plurality of layers along the height direction, the width of the bottom layer is larger than that of other layers, and the independent boxes are respectively inserted into the bottom layer of the fixed frame.

In one embodiment of the above technical solution, the fixing frame includes a plurality of separating frames, and a connecting frame and a shelf between the separating frames, the separating frames are divided into three layers in the height direction, the front side of the bottom layer extends out, so that the width of the bottom layer is greater than the width of other layers, the connecting frame is vertically fixed between the bottom layers at the rear sides of adjacent separating frames, the height of the connecting frame is the same as the height of the bottom layer of the separating frame, and the shelf has two layers.

In an embodiment of the above technical scheme, the partition frame comprises a steel skeleton and a panel fixed on the steel skeleton, the steel skeleton is divided into a bottom frame and an upper frame, the bottom frame corresponds to the rectangular frame with the width of the bottom layer, the upper frame is a rectangular frame, and the rear side faces of the upper frame and the bottom frame are parallel and level.

In an embodiment of the above technical scheme, the link includes tie-beam, lower tie-beam, perpendicular roof beam and panel, and they adopt the same shaped steel preparation, and perpendicular roof beam is connected in the length direction intermediate position department of last tie-beam bottom surface, and the length of lower tie-beam is greater than the length of last tie-beam, arranges in a parallel with last tie-beam, is fixed in the outside of perpendicular roof beam, and the panel is fixed in the top surface of the outside of last tie-beam and perpendicular roof beam and lower tie-beam.

In an embodiment of the above technical solution, the upper connecting beam of the connecting frame is connected between the bottom frames of the adjacent partition frames, and the lower connecting beam is fixed to the outer side of the bottom frame.

In an embodiment of above-mentioned technical scheme, independent case is the open cuboid case of top surface, includes shaped steel skeleton and the panel that is fixed in above-mentioned, shaped steel skeleton highly be less than the height of link, shaped steel skeleton's lower extreme has the section of stretching out in the bottom plate outside.

In one embodiment of the above technical solution, two of the independent boxes are inserted between adjacent separation frames in a clearance fit.

In one embodiment of the above technical solution, the first layer shelf is an inclined shelf with a higher rear side and a lower front side, and the second layer shelf is a horizontal shelf.

The utility model is provided with the independent box and the double-layer shelf, the structure is reasonable, and the top-layer shelf can be used for placing the infrequent tools and materials; the middle layer frame is used for placing common hydroelectric materials with lighter weight, such as a wire box, a direct connector, a locking nut and the like; can place metal material heavy material in the independent case, all materials all can be deposited in order, shorten and look for the material time, guarantee to produce the line clean and tidy. The independent boxes are arranged below the layer frame, so that the space is saved. The middle layer shelf inclines forwards slightly, can be matched with a plastic box to store materials, is convenient to take and has strong practicability. The angle steel side of both sides can prevent the material landing around the layer frame, and the security is strong. The independent box bottom is equipped with the stabilizer blade, can cooperate fork truck to shift, promotes the replenishment efficiency. The fixing frame is provided with an inverted U-shaped frame below, which is convenient for the positioning and placing of the independent box 2 and prevents the collision of the independent box. In short, this real storage rack can arrange fork truck and carry out quick replenishment and guarantee to produce the line clean and tidy, has higher security and practicality.

Drawings

Fig. 1 is a schematic axial side structure of an embodiment of the present invention.

Fig. 2 is a schematic bottom view of fig. 1.

Fig. 3 is a schematic axial side structure view of the connection frame in fig. 1.

Detailed Description

As shown in fig. 1 to 3, the present embodiment discloses an assembled factory production line material storage rack, which includes a fixed frame 1 and an independent box 2.

The fixing frame 1 comprises a separation frame 11, a connecting frame 12 and a layer frame 13.

The partition frame 11 comprises a steel skeleton and a panel fixed on the steel skeleton, the steel skeleton is divided into a bottom frame and an upper frame, the bottom frame corresponds to a rectangular frame with the width of the bottom layer, the upper frame is a rectangular frame, the rear side faces of the upper frame and the bottom frame are parallel and level, the front side of the bottom layer extends out, and the width of the bottom layer is larger than the width of other layers.

The connecting frame 12 comprises an upper connecting beam, a lower connecting beam, a vertical beam and a panel, which are made of the same section steel, the vertical beam is connected to the middle position of the length direction of the bottom surface of the upper connecting beam, the length of the lower connecting beam is greater than that of the upper connecting beam, the lower connecting beam is arranged in parallel to the upper connecting beam and fixed on the outer side of the vertical beam, and the panel is fixed on the upper connecting beam, the outer side of the vertical beam and the top surface of the lower connecting beam.

When the separation frames 11 and the connecting frames 12 are assembled, the three separation frames 11 are arranged in parallel along the length direction of the storage frame, the connecting frames 12 are vertically arranged between the bottom layers of the rear sides of the adjacent separation frames 11, the height of each connecting frame is the same as that of the bottom layers of the separation frames 11, the upper connecting beams of the connecting frames 12 are connected between the bottom frames of the adjacent separation frames, and the lower connecting beams are fixed on the outer sides of the bottom frames.

The upright post at the back side of the bottom frame of the separation frame 11, the upper connecting beam and the vertical beam of the connecting frame 12 jointly form an inverted U-shaped frame which can be used for positioning when the independent box 2 is inserted into the fixed frame 1.

The shelves 13 include a middle shelf 131 and a top shelf 132. The middle layer frame 131 includes a rectangular supporting steel plate and angle steels welded to both sides thereof. The top shelf 132 has the same structure as the middle shelf 132 except that the width of the middle shelf 131 is greater in size.

When the shelves 13 are assembled, the middle shelf 131 is an inclined shelf with a higher rear side and a lower front side, and the ends of two angle steels are welded at the middle position of the top shelf of the adjacent partition shelf 11. The top shelf 132 is a horizontal shelf, and two angle ends thereof are welded to the upper part of the top shelf of the adjacent partition shelf 11.

Independent case 2 is the open cuboid case of top surface, includes shaped steel skeleton and the panel that is fixed in above that, shaped steel skeleton highly be less than the height of link, shaped steel skeleton's lower extreme has the section of stretching out in the bottom plate outside, and it stretches out the section and as the stabilizer blade, and the fork truck of being convenient for shifts independent case 2.

When the independent boxes 2 are placed, two independent boxes 2 are inserted between the adjacent separating frames 11 in a clearance fit mode, and the single independent box 2 is respectively inserted into the inverted U-shaped groove formed by the separating frames 11 and the connecting frame 12.

When the material storage device is used for storing materials, the following advantages are achieved:

the structure is reasonable due to the fact that the independent box and the double-layer shelf are arranged, and tools and materials which are not commonly used can be placed on the top-layer shelf; the middle layer frame is used for placing common hydroelectric materials with lighter weight, such as a wire box, a direct connector, a locking nut and the like; can place metal material heavy material in the independent case, all materials all can be deposited in order, shorten and look for the material time, guarantee to produce the line clean and tidy.

The independent boxes are arranged below the layer frame, so that the space is saved. The middle layer shelf inclines forwards slightly, can be matched with a plastic box to store materials, is convenient to take and has strong practicability. The angle steel side of both sides can prevent the material landing around the layer frame, and the security is strong.

The independent box bottom is equipped with the stabilizer blade, can cooperate fork truck to shift, promotes the replenishment efficiency. The fixing frame is provided with an inverted U-shaped frame below, which is convenient for the positioning and placing of the independent box 2 and prevents the collision of the independent box.

Claims

1. The material storage rack for the assembly type factory production line is characterized by comprising a fixed rack and independent boxes, wherein the fixed rack is divided into a plurality of grids along the length direction, the fixed rack is divided into a plurality of layers along the height direction, the width of the bottom layer is larger than that of other layers, and the independent boxes are respectively inserted into the bottom layer of the fixed rack.

2. The assembly line material storage rack of claim 1, wherein: the fixing frame comprises a plurality of separating frames, connecting frames and layer frames, the separating frames are divided into three layers in the height direction, the front side of the bottom layer extends out to enable the width of the bottom layer to be larger than the width of other layers, the connecting frames are vertically fixed between the bottom layers on the rear sides of the adjacent separating frames, the height of the connecting frames is the same as the height of the bottom layers of the separating frames, and the layer frames are divided into two layers.

3. The assembly line material storage rack of claim 2, wherein: the partition frame comprises a steel skeleton and a panel fixed on the steel skeleton, the steel skeleton is divided into a bottom frame and an upper frame, the bottom frame corresponds to a rectangular frame with the width of a bottom layer, the upper frame is a rectangular frame, and the rear side faces of the upper frame and the bottom frame are parallel and level.

4. The assembly line material storage rack of claim 3, wherein: the link includes tie-beam, perpendicular roof beam and panel down, and they adopt the same shaped steel preparation, erects the roof beam and connects in the length direction intermediate position department of last tie-beam bottom surface, and the length of tie-beam is greater than the length of last tie-beam down, arranges on a parallel with last tie-beam, is fixed in the outside of erecting the roof beam, and the panel is fixed in the tie-beam and erects the outside of roof beam and the top surface of tie-beam down.

5. The assembly line material storage rack of claim 4, wherein: the upper connecting beam of the connecting frame is connected between the bottom frames of the adjacent separation frames, and the lower connecting beam is fixed on the outer side of the bottom frames.

6. The assembly line material storage rack of claim 2, wherein: the independent box is a cuboid box with an open top surface and comprises a steel skeleton and a panel fixed on the steel skeleton, the steel skeleton is less than the connecting frame, and the lower end of the steel skeleton is provided with a stretching section stretching out of the outer side of the bottom plate.

7. The assembly line material storage rack of claim 6, wherein: two independent boxes are inserted between adjacent separating frames in a clearance fit manner.

8. The assembly line material storage rack of claim 2, wherein: the first layer of shelves are the high front side low sloping frame in rear side, and the second layer of shelves are the horizontal frame.