CN217397184U - Novel pressure-resistant and shock-absorbing packaging structure - Google Patents

Abstract

The utility model belongs to the technical field of packaging structure, in particular to a novel pressure-resistant and shock-absorbing packaging structure, which comprises a sealing body, wherein a square frame, a side square box and a main square box are respectively arranged in the sealing body, the square frame and the side square box are respectively provided with a pair and are distributed up and down, a plurality of equilateral triangle lattices which are uniformly distributed are respectively bonded in the two square frames, the square frame can protect the equilateral triangle lattices, the triangular lattices improve the pressure resistance of the square frame, the sealing frame II can respectively and tightly connect the square frame with a second interlayer plate, the second interlayer plate can separate the side square box, a cross-shaped inserting sheet can enhance the stability of the side square box, the matching of the square lattices and the second plastic foam can enhance the pressure resistance of the main square box, a spring can absorb the shock caused by jolt, and an L-shaped sliding block can reduce the shock of the spring to the interlayer plate in the telescoping process, the problem of current packaging structure be not convenient for shock attenuation and resistance to compression, thereby lead to the goods to damage is solved.

Description

Novel pressure-resistant and shock-absorbing packaging structure

Technical Field

The utility model belongs to the technical field of packaging structure, especially, relate to a novel packaging structure of withstand voltage shock attenuation.

Background

The packaging refers to the general names of containers, materials, auxiliary substances and the like used according to a certain technical method for protecting products in a circulation process, facilitating storage and transportation and promoting sales. Carry out appropriate packing to the product, on the one hand play the transportation to the product and protect the effect and avoid the product to damage, on the other hand can also play decorate the beautification effect and improve the propaganda dynamics to the product.

The pressure resistance performance is reduced due to the fact that the existing packaging structure is too single, a plurality of packages are stacked together and can be squeezed in the transportation process, vibration can be generated due to bumping in the transportation process, impact force generated by the vibration can be rapidly diffused, and accordingly damage is caused to goods.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to overcome prior art's defect, provide a withstand voltage absorbing novel packaging structure, thereby solved current packaging structure be not convenient for shock attenuation and resistance to compression, thereby lead to the problem that the goods damaged.

The utility model provides a technical scheme that its technical problem adopted is: a novel pressure-resistant and shock-absorbing packaging structure comprises a sealing body, wherein a square frame, a side square box and a main square box are respectively arranged in the sealing body, the square frame and the side square box are respectively provided with a pair and are distributed up and down, a plurality of equilateral triangle lattices which are uniformly distributed are respectively bonded in the two square frames, one end of the square frame, away from the side square box, is clamped with a first sealing frame, and one end of the first sealing frame, away from the square frame, is clamped with a first interlayer plate;

the cross-shaped inserting pieces are inserted into the two side square boxes, plastic foam I is arranged in the two side square boxes and at the intersection of the front end, the rear end, the left end and the right end of each plastic foam I on the same horizontal plane, and a first placing groove is formed in the upper end of each plastic foam I;

a second sealing frame and a second interlayer plate are arranged between the side square box and the square frame, a pair of partition plates which are distributed up and down are arranged between the side square box and the main square box, two pairs of partition plates which are distributed up and down are arranged between the side square box and the main square box, a plurality of uniformly distributed springs are fixed between every two adjacent partition plates, a pair of L-shaped sliding blocks which are distributed front and back are fixed at the left end and the right end of each partition plate, and the upper L-shaped sliding block and the lower L-shaped sliding block between every two adjacent partition plates are connected in a sliding manner;

the inside joint of main square box has square check, and the inside four corners of main square box and be located the square check outside and all be provided with foam two, and it has standing groove two to open on every foam two upper ends on the same horizontal plane, and square check inside is provided with foam three, and open foam three upper end has standing groove three.

Particularly, the second sealing frame is positioned between the second interlayer plate and the square frame, and the second sealing frame is clamped with the second interlayer plate and the square frame respectively.

Specifically, the side square box is located between two square boxes, the main square box is located between two side square boxes, and the overall shape of the main square box is a cube.

Particularly, the three placing grooves are located among four placing grooves II on the same horizontal plane, and the plastic foam II is in an isosceles right triangle shape.

Particularly, the cross-shaped inserting piece is positioned on the diagonal line of the side square box, the first plastic foam is in the shape of an isosceles right triangle, and the cross section of the side square box is in the shape of a square.

Particularly, the equilateral triangle lattices are positioned between the first sealing frame and the second sealing frame, the equilateral triangle lattices are positioned between the first interlayer plate and the second interlayer plate, the equilateral triangle lattices are positioned on the inner side between the first sealing frame and the second interlayer plate, and the head ends and the tail ends of the equilateral triangle lattices are respectively clamped with the first interlayer plate and the second interlayer plate.

Compared with the prior art, the utility model discloses the beneficial effect who realizes has following several:

1. the partition plate I, the seal frame I, the square frame, the seal frame II, the partition plate II, the side square box, the partition plate and the main square box are sealed and protected through the seal bodies, so that a firm whole is formed;

2. the square frame can protect equilateral triangle lattices, the triangular lattices improve the pressure resistance of the square frame, on one hand, the equilateral triangle lattices can enhance the stability of the square frame, on the other hand, the equilateral triangle lattices can be used for placing goods to avoid damage of the goods, meanwhile, the first sealing frame can be used for tightly connecting the first interlayer plate and the square frame respectively, the second sealing frame can be used for tightly connecting the square frame and the second interlayer plate respectively, and meanwhile, the second interlayer plate can be used for separating a side square box;

3. the first placing groove can be used for placing goods, and the stability of the side square box can be enhanced by using the cross-shaped inserting sheet, so that the pressure resistance of the side square box is improved, and the goods placed in the first placing groove are prevented from being damaged;

4. the square grids can separate the plastic foam II from the plastic foam III, and meanwhile, the pressure resistance of the main square box can be enhanced by matching the square grids with the plastic foam II;

5. the spring can absorb the vibrations that jolt and bring, and L shape slider can play spacing effect to between two adjacent space bars from top to bottom simultaneously, thereby the L shape slider alleviates the spring to the vibrations of space bar at flexible in-process to alleviate the vibrations of square frame and side square box.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is an exploded view of the internal structure of the sealing body of the present invention;

FIG. 3 is a schematic view of the internal structure of the square frame of the present invention;

figure 4 is the internal structure schematic diagram of the square box of the utility model

FIG. 5 is a schematic view of the internal structure of the main square box of the present invention;

FIG. 6 is an assembly view of the spacer of the present invention;

fig. 7 is an exploded view of the partition plate of the present invention;

FIG. 8 is an enlarged view of a portion of the structure A of the present invention;

fig. 9 is a partially enlarged view of the structure B of the present invention.

In the figure: the sealing structure comprises a sealing body 1, a partition plate I2, a partition plate I3, a sealing frame I4, a square frame 5, an equilateral triangle grid 6, a sealing frame II 7, a partition plate II 8, a side square box 9, a cross-shaped insert sheet 10, a plastic foam I11, a placing groove I12, a partition plate 13, a spring 14, an L-shaped sliding block 14, a main square box 15, a square grid 16, a plastic foam II 17, a placing groove II 18, a plastic foam III 19 and a placing groove III 20.

Detailed Description

Referring to fig. 1-9, the present invention provides a technical solution: a novel pressure-resistant shock-absorbing packaging structure comprises a sealing body 1, wherein square frames 4, side square boxes 8 and a main square box 15 are respectively arranged inside the sealing body 1, the square frames 4 and the side square boxes 8 are respectively provided with a pair and distributed up and down, a plurality of equilateral triangle lattices 5 which are uniformly distributed are bonded inside each of the two square frames 4, one end, away from the side square box 8, of each square frame 4 is clamped with a first sealing frame 3, and one end, away from the square frame 4, of each first sealing frame 3 is clamped with a first interlayer plate 2;

cross-shaped inserting pieces 9 are inserted into the two side square boxes 8, plastic foam I10 is arranged in the two side square boxes 8 and at the intersection of the front end, the rear end, the left end and the right end of each plastic foam I10 on the same horizontal plane, and a placing groove I11 is formed in the upper end of each plastic foam I10;

a sealing frame II 6 and a partition plate II 7 are arranged between the side square box 8 and the square frame 4, a pair of partition plates 12 which are distributed up and down are arranged between the side square box 8 and the main square box 15, two pairs of partition plates 12 are arranged and distributed up and down, a plurality of uniformly-distributed springs 13 are fixed between every two adjacent partition plates 12, a pair of L-shaped sliders 14 which are distributed front and back are fixed at the left end and the right end of each partition plate 12, and the upper L-shaped slider 14 and the lower L-shaped slider 14 between every two adjacent partition plates 12 are connected in a sliding manner;

a square lattice 16 is clamped inside the main square box 15, two plastic foams 17 are arranged at four corners inside the main square box 15 and on the outer side of the square lattice 16, a second placing groove 18 is formed in the upper end of each second plastic foam 17 on the same horizontal plane, a third plastic foam 19 is arranged inside the square lattice 16, and a third placing groove 20 is formed in the upper end of the third plastic foam 19;

the partition plate I2, the sealing frame I3, the square frame 4, the sealing frame II 6, the partition plate II 7, the side square boxes 8, the partition plate 12 and the main square box 15 are respectively sealed and protected through the sealing body 1, so that a firm whole is formed;

the equilateral triangle lattice 5 is positioned between the first sealing frame 3 and the second sealing frame 6, the equilateral triangle lattice 5 is surrounded by the frame 4, the equilateral triangle lattice 5 can be protected by the frame 4, each edge of the triangle lattice 5 is equal, and according to the characteristics of a triangle, the equilateral triangle lattice 5 has stability, the deformation of the equilateral triangle lattice 5 is avoided, the shape of the frame 4 is kept by the equilateral triangle lattice 5, the deformation of the frame 4 is reduced by the triangle lattice 5, the withstand voltage capability of the frame 4 is improved by the triangle lattice 5, on one hand, the stability of the frame 4 can be enhanced by the equilateral triangle lattice 5, on the other hand, goods can be placed in the equilateral triangle lattice 5 to avoid the damage of the goods, the equilateral triangle lattice 5 is positioned between the first interlayer plate 2 and the second interlayer plate 7, and the equilateral triangle lattice 5 is positioned on the inner side between the first sealing frame 3 and the second interlayer plate 7, the head end and the tail end of an equilateral triangle lattice 5 are respectively clamped with a first interlayer plate 2 and a second interlayer plate 7, meanwhile, a first sealing frame 3 can respectively and tightly connect the first interlayer plate 2 and a square frame 4, a second sealing frame 6 is positioned between the second interlayer plate 7 and the square frame 4, the second sealing frame 6 is respectively clamped with the second interlayer plate 7 and the square frame 4, the second sealing frame 6 can respectively and tightly connect the square frame 4 and the second interlayer plate 7, and meanwhile, the second interlayer plate 7 can separate a side square box 8 from the square frame 4, so that the first interlayer plate 2 and the second interlayer plate 7 can seal the square frame 4;

the side square box 8 is positioned between the two square frames 4, the main square box 15 is positioned between the two side square boxes 8, the whole shape of the main square box 15 is a cube, the placing groove I11 can place goods, the cross-shaped inserting sheet 9 is positioned on the diagonal line of the side square box 8, the cross-shaped inserting sheet 9 enables the side square box 8 to be supported and play a role in reinforcement, the plastic foam I10 is in an isosceles right triangle shape, the cross section of the side square box 8 is in a square shape, an isosceles right triangle area is formed at the intersection of the cross-shaped inserting sheet 9, meanwhile, the plastic foam I10 is matched with the cross-shaped inserting sheet 9 for use, the cross-shaped inserting sheet 9 plays a role in stably placing the plastic foam I10 in the square box 8, the deformation of the side square box 8 is reduced by the cross-shaped inserting sheet 9, the stability of the side square box 8 can be enhanced by the cross-shaped inserting sheet 9, and the pressure resistance of the side square box 8 is improved, the goods placed in the first placing groove 11 are prevented from being damaged;

the third placing groove 20 is located between the second four placing grooves 18 on the same horizontal plane, the second plastic foam 17 is in an isosceles right triangle shape, the second plastic foam 17 and the third plastic foam 19 can be separated by the square lattice 16, meanwhile, the square lattice 16 and the second plastic foam 17 are matched for use, the second plastic foam 17 is stably placed at four corners inside the main square box 15 by the square lattice 16, the third plastic foam 19 is clamped in the square lattice 16, the square lattice 16 is limited between the third plastic foam 19 and the second plastic foam 17, the stability of the square lattice 16 can be enhanced by the third plastic foam 19, the deformation resistance of the square lattice 16 is enhanced, and the pressure resistance of the main square box 15 can be enhanced;

in the transportation process, the impact force generated by bumping is transmitted to the surface of the partition plate 12 through the sealing body 1, the partition plate 12 can keep the original state due to inertia, the impact force is continuously transmitted along with the vibration, the partition plate 12 can press the spring 13 under the action of gravity in the impact force increasing process, the spring 13 rebounds to jack the partition plate 12 in the impact force reducing process, so that the spring 13 is continuously contracted and stretched, the partition plate 12 enables the upper and lower adjacent two L-shaped sliding blocks 14 to mutually slide along with the contraction and stretching of the spring 13, so that the spring 13 can absorb the vibration caused by bumping, meanwhile, the L-shaped sliding blocks 14 can limit the space between the upper and lower adjacent two partition plates 12, the L-shaped sliding blocks 14 can reduce the vibration of the spring 13 to the partition plate 12 in the expansion and contraction process, so as to reduce the vibration of the square box 4 and the side square box 8, the damage of the goods is effectively reduced.

Claims (6)

1. The utility model provides a withstand voltage absorbing novel packaging structure, includes seal (1), its characterized in that:

a square frame (4), a side square box (8) and a main square box (15) are respectively arranged in the sealing body (1), the square frame (4) and the side square box (8) are respectively provided with a pair and distributed up and down, a plurality of equilateral triangle lattices (5) which are uniformly distributed are respectively bonded in the two square frames (4), one end of the square frame (4) far away from the side square box (8) is clamped with a sealing frame I (3), and one end of the sealing frame I (3) far away from the square frame (4) is clamped with a division plate I (2);

cross-shaped inserting pieces (9) are inserted into the two side square boxes (8), plastic foam I (10) are arranged in the two side square boxes (8) and at the intersections of the cross-shaped inserting pieces (9) at the front, the rear, the left and the right, and the upper end of each plastic foam I (10) on the same horizontal plane is provided with a first placing groove (11);

a sealing frame II (6) and a partition plate II (7) are arranged between the side square box (8) and the square frame (4), a pair of partition plates (12) which are distributed up and down are arranged between the side square box (8) and the main square box (15), two pairs of partition plates (12) are arranged and distributed up and down, a plurality of uniformly distributed springs (13) are fixed between every two adjacent partition plates (12), a pair of L-shaped sliding blocks (14) which are distributed front and back are fixed at the left end and the right end of each partition plate (12), and the upper L-shaped sliding block (14) and the lower L-shaped sliding block (14) between every two adjacent partition plates (12) are in sliding connection;

the square grids (16) are clamped inside the main square box (15), two plastic foam (17) are arranged at four inner corners of the main square box (15) and located on the outer sides of the square grids (16), a second placing groove (18) is formed in the upper end of each second plastic foam (17) on the same horizontal plane, a third plastic foam (19) is arranged inside the square grids (16), and a third placing groove (20) is formed in the upper end of the third plastic foam (19).

2. A novel packaging structure with pressure resistance and shock absorption as claimed in claim 1, wherein: the second sealing frame (6) is positioned between the second interlayer plate (7) and the square frame (4), and the second sealing frame (6) is clamped with the second interlayer plate (7) and the square frame (4) respectively.

3. A novel packaging structure with pressure resistance and shock absorption as claimed in claim 1, wherein: the side square box (8) is positioned between the two square boxes (4), the main square box (15) is positioned between the two side square boxes (8), and the whole shape of the main square box (15) is a cube.

4. A novel packaging structure with pressure resistance and shock absorption as claimed in claim 1, wherein: the third placing groove (20) is positioned among the four second placing grooves (18) on the same horizontal plane, and the second plastic foam (17) is in the shape of an isosceles right triangle.

5. A novel packaging structure with pressure resistance and shock absorption as claimed in claim 1, wherein: the cross-shaped inserting piece (9) is positioned on the diagonal line of the side square box (8), the plastic foam I (10) is in the shape of an isosceles right triangle, and the cross section of the side square box (8) is in the shape of a square.

6. A novel packaging structure with pressure resistance and shock absorption as claimed in claim 1, wherein: the equilateral triangle lattices (5) are positioned between the first sealing frame (3) and the second sealing frame (6), the equilateral triangle lattices (5) are positioned between the first interlayer plate (2) and the second interlayer plate (7), the equilateral triangle lattices (5) are positioned on the inner side between the first sealing frame (3) and the second interlayer plate (7), and the head end and the tail end of each equilateral triangle lattice (5) are respectively clamped with the first interlayer plate (2) and the second interlayer plate (7).

Images