CN218477938U

CN218477938U - A buffering packaging structure for transportation of brilliant persimmon of fire

Info

Publication number: CN218477938U
Application number: CN202222889759.2U
Authority: CN
Inventors: 郭彦峰; 林青; 齐禧; 付云岗
Original assignee: Xian University of Technology
Current assignee: Xian University of Technology
Priority date: 2022-10-31
Filing date: 2022-10-31
Publication date: 2023-02-14
Anticipated expiration: 2032-10-31

Abstract

The utility model discloses a buffering packaging structure for transportation of brilliant persimmon of fire, including the box body, be equipped with lower floor's buffering liner and the upper strata buffering liner of butt each other in the box body, lower floor's buffering liner and box body bottom butt. The utility model discloses a buffering packaging structure for transportation of brilliant persimmon of fire, petal form buffering structure is through technology form shaping such as cross cutting, folding, changes the vertical depth and horizontal, vertical relative position of single fruit through the change of folding angle, fixes brilliant persimmon well on the buffering liner pad; the lower layer of buffer gasket prevents the bottom of the flint persimmons from touching the corrugated board in a paper box mode; the upper layer of the buffering gasket increases the overall strength and stability through the side walls and the middle vertical baffle plate, so that the buffering gasket can well support the persimmons with the fire crystal, and the buffering gasket has better protection capability on the fire crystal persimmons; the buffer gasket is fixed in the corrugated case in a card inserting mode, adhesive is not used, the forming mode is simple, operation is convenient, and the buffer gasket can be repeatedly used.

Description

A buffering packaging structure for transportation of brilliant persimmon of fire

Technical Field

The utility model belongs to the technical field of the buffering packaging structure, concretely relates to buffering packaging structure for transportation of brilliant persimmon of fire.

Background

The fire crystal persimmon has high nutritive value, most of the appearance of the fire crystal persimmon is oblate, the surface of the fire crystal persimmon is bright, fine and smooth, the texture of the fire crystal persimmon is hard in the early growth stage, the color of the ripe persimmon is changed from cyan to orange red, the texture of the fire crystal persimmon is soft, the fire crystal persimmon is sweet but not greasy to eat, the taste is excellent, and the persimmon peels are easy to peel. The fire crystal persimmons are required to be cooked by seven to eight minutes in the transportation process, the fire crystal persimmons are convenient to transport, certain strength is kept, most of transportation environment conditions can be resisted, and the fire crystal persimmons are required to be cooked secondarily to be eaten when being delivered to the hands of consumers. Along with the improvement of the living standard of people, people put forward higher requirements on the freshness and the quality of food, but a specific buffer packaging scheme aiming at the fire crystal persimmons does not appear in the market, the damage rate of the fire crystal persimmons in the logistics process is always at a higher level, and especially the surface layer of fruits can be damaged due to the impact and the vibration during the transportation and the storage, so that the appearance and the taste of the fire crystal persimmons are influenced.

At present, foamed polyethylene is mostly adopted as a buffer liner in the buffer package of the flint persimmon, so that certain pollution is caused to the natural environment. After a part of the persimmons in the form of the crystal are wrapped by pearl cotton mesh bags, the persimmons are layered and stacked by taking the corrugated board as a lining, and the packing mode can effectively reduce the interlayer extrusion of fruits, but can not fix the fruits well, so that the surface layer and pulp are damaged. Therefore, the utility model discloses a corrugated container board designs a novel buffer structure as buffer material and is used for realizing the packing protection of brilliant persimmon during storage and transportation.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a buffering packaging structure for transportation of the persimmon of the flint clay, solved the problem that the fixed effect is not good of the persimmon fruit of the flint clay that prior art exists in the transportation.

The utility model discloses the technical scheme who adopts is for the buffering packaging structure of brilliant persimmon transportation of fire, including the box body, be equipped with the lower floor's buffering liner and the upper strata buffering liner of butt each other, lower floor's buffering liner and box body bottom butt in the box body.

The utility model is also characterized in that,

the box body is 0201 type corrugated paper box.

The side wall of the box body is provided with a vent hole.

The lower layer buffer gasket and the upper layer buffer gasket are both formed by folding 5mm B-shaped corrugated boards.

Lower floor's buffering liner includes the top panel, the top panel is whole to be the rectangle, the corresponding both sides of top panel are connected with left side panel and right side panel respectively, the other both sides of top panel are connected with front panel and rear panel respectively, the left side panel, one side that the top panel was kept away from to front panel and rear panel all is connected with the tongue of inserting, one side that the top panel was kept away from to the right side panel is connected with the bottom plate, the left side panel, the right side panel, front panel and rear panel all fold 90 with the junction of top panel, bottom plate and box body butt.

Top panel surface is equipped with a plurality of petal form buffer structure that are the rectangle array, and petal form buffer structure is equipped with interior broken line and outer broken line along the direction that is close to circular array axle center in proper order including being circular array and the short lamella and the long lamella that set up each other in a staggered way on the long lamella.

The upper buffering liner comprises an upper panel, both sides corresponding to the upper panel are connected with both-side vertical baffles, one side of each of the two-side vertical baffles, which is far away from the upper panel, is connected with a lower panel, both sides corresponding to the lower panel are connected with supporting baffles, one side of each of the supporting baffles, which is far away from the lower panel, is connected with a buckle, one side of each of the lower panels, which is far away from the two-side vertical baffles, is connected with an intermediate vertical baffle, one side of each of the intermediate vertical baffles, which is far away from the lower panel, is connected with an intermediate baffle buckle, and the lower panel is abutted against the top panel.

The surface of upper panel and lower panel all is equipped with a plurality of petal form buffer structure that are the rectangle array, and petal form buffer structure is equipped with interior broken line and outer broken line along the direction that is close to circular array axle center in proper order including being circular array and the short lamella and the long lamella that set up each other in a staggered way on the long lamella.

And the supporting baffle plates positioned on the two corresponding sides of the upper panel are respectively provided with a U-shaped groove and a U-shaped card which are matched with each other.

The surface of the upper panel is provided with a slot which is matched with the middle baffle buckle.

The utility model has the advantages that:

1. the utility model discloses buffering packaging structure adopts corrugated container board as buffer material, can not only provide certain intensity, carries out effectual protection to the brilliant persimmon of fire, still can alleviate the pollution to the environment.

2. The utility model discloses lower floor's buffering liner contacts with box body bottom surface is comprehensive among the buffering packaging structure, avoids local atress to concentrate and takes place the damage. The upper layer of the buffering liner is provided with holes on the upper bottom surface and the lower bottom surface, and the overall strength and stability are improved through the side walls and the middle vertical baffle plate, so that the persimmon fruits with the fire crystals can be well supported.

3. The utility model discloses buffering packaging structure all is provided with petal form buffer structure at upper and lower floor's buffering liner and places the brilliant persimmon of fire, through cross cutting, turns over technology shaping such as book, and base member is less to the shaping structure restriction, changes the vertical depth and horizontal and fore-and-aft relative position of single fruit through folding angle's change in addition.

Drawings

FIG. 1 is a schematic structural view of a cushion packaging structure for transportation of persimmons in fire crystal form according to the present invention;

FIG. 2 is a schematic view of the connection structure of the upper and lower cushion pads in the cushion packaging structure for transportation of persimmons;

FIG. 3 is a schematic structural view of the lower cushion pad in the cushion packaging structure for transportation of persimmons;

FIG. 4 is a schematic view of the expanded configuration of FIG. 3;

FIG. 5 is a schematic view of the upper cushion pad in the cushion packaging structure for transportation of persimmons;

FIG. 6 is a schematic view of the expanded configuration of FIG. 5;

fig. 7 is a schematic structural view of a petal-shaped buffer structure in the buffer packaging structure for transportation of the persimmons in the form of crystals;

fig. 8 is a schematic view of the unfolding structure of the box body in the buffering packaging structure for transportation of persimmons in the form of crystals.

In the figure, 1, a lower layer buffer liner, 2, a top panel, 3, a bottom plate, 4, a left side panel, 5, a right side panel, 6, a front panel, 7, a rear panel, 8, an inserting tongue, 9, an upper layer buffer liner, 10, an upper layer panel, 11, a lower layer panel, 12, a petal-shaped buffer structure, 13, two side vertical baffles, 14, a middle vertical baffle, 15, a middle baffle buckle, 16, a slot, 17.U-shaped slots, 18, a supporting baffle, 19, a buckle, 20.U-shaped cards, 21, short petals, 22, long petals, 23, inner broken lines, 24, outer broken lines, 25, a box body and 26 vent holes.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments.

As shown in fig. 1 and 2, the utility model discloses a buffering packaging structure for transportation of flaccid persimmon, including box body 25, be equipped with lower floor's buffering liner 1 and the upper buffer liner 9 of butt each other in the box body 25, lower floor's buffering liner 1 and box body 25 bottom butt, lower floor's buffering liner 1 and upper buffer liner 9 all adopt 5 mm's B type corrugated container board fold to shape, box body 25 is 0201 type corrugated container case, has good compressive property, as shown in fig. 8, box body 25 lateral wall is provided with air vent 26, prevent that the flaccid persimmon from excessively maturing in the transportation, the flaccid persimmon of being convenient for breathes, prevent that it from rotting rotten.

As shown in figures 3 and 4, the lower layer buffer pad 1 is provided with a hole at the top of the buffer structure, the whole compressive strength is larger, the stability is better, the position of a fruit is limited and partially buffered through swing wings after the hole is formed, the lower layer buffer pad 1 comprises a top panel 2, the top panel 2 is wholly rectangular, two corresponding sides of the top panel 2 are respectively connected with a left side panel 4 and a right side panel 5, the other two sides of the top panel 2 are respectively connected with a front panel 6 and a rear panel 7, one sides of the left side panel 4, the front panel 6 and the rear panel 7 far away from the top panel 2 are respectively connected with an inserting tongue 8, one side of the right side panel 5 far away from the top panel 2 is connected with a bottom plate 3, the joints of the bottom plate 3, the left side panel 4, the right side panel 5, the front panel 6 and the rear panel 7 and the top panel 2 are all folded by 90 degrees, insert in the tongue 8 inserts the box body 25, bottom plate 3 and box body 25 butt, folding step is simple, buffer structure has certain holding power to the brilliant persimmon, 2 surfaces on top panel are equipped with a plurality of petal form buffer structure 12 that are the rectangular array, be used for placing the brilliant persimmon, the rectangular array specifically is 4 x 4 arrangement, as shown in fig. 7, petal form buffer structure 12 is including being circular array and the short lamella 21 and the long lamella 22 of crisscross setting each other, long lamella 22 is last to be equipped with interior broken line 23 and outer broken line 24 along the direction that is close to circular array axle center in proper order, short lamella 21 is folding downwards, long lamella 22 is folded along interior broken line 23 and outer broken line 24, have good holding power to the brilliant persimmon after folding.

As shown in fig. 5 and 6, the upper cushion pad 9 is perforated at the top and bottom of the cushion structure, and the vertical baffle plates are arranged to enhance the compression strength and stability of the cushion structure. Buffer structure bottom is the enstrophe, form perpendicular curb plate, the position of each curb plate is fixed through bottom plug-in card structure, upper buffer pad 9 includes upper panel 10, the upper panel 10 left and right sides all is connected with both sides vertical baffle 13, one side that upper panel 10 was kept away from to both sides vertical baffle 13 all is connected with lower panel 11, the corresponding both sides of lower panel 11 all are connected with supporting baffle 18, one side that lower panel 11 was kept away from to supporting baffle 18 is connected with buckle 19, one side that both sides vertical baffle 13 was kept away from to arbitrary lower panel 11 is connected with middle vertical baffle 14, one side that middle vertical baffle 14 kept away from lower panel 11 is connected with three middle baffle buckle 15,

lower panel

11 and 2 butts of top panel, upper panel 10 and lower panel 11's surface all are equipped with a plurality of petal form buffer structure 12 that are the rectangle array, it has 4 x 4's petal form buffer structure 12 to distribute on upper panel 10, it has 4 x 2's petal form buffer structure 12 to distribute on the lower panel 11. Petal form buffer structure 12 is used for placing the brilliant persimmon of fire, and buckle 19 inserts in the petal form buffer structure 12 on upper panel 10 for fixed stay baffle 18 reduces the trompil to make the buffering packaging structure further strengthen. As shown in fig. 7, the petal-shaped buffer structure 12 includes short petals 21 and long petals 22 which are arranged in a circular array and are staggered with each other, inner folding lines 23 and outer folding lines 24 are sequentially arranged on the long petals 22 along a direction close to the axis of the circular array, the short petals 21 are folded downwards, the long petals 22 are folded along the inner folding lines 23 and the outer folding lines 24, after being folded, the short petals 21 have good supporting force for the crystal persimmons, the short petals 21 are folded downwards, upward force is provided on the middle parts of the fruits, the long petals 22 are folded downwards along the inner folding lines 23 and the outer folding lines 24, the fruits can be directly supported from the bottoms of the fruits through twice folding, upward force is provided, matched U-shaped grooves 17 and U-shaped clamping pieces 20 are respectively arranged on the supporting baffles 18 on the two corresponding sides of the upper panel 10, the U-shaped clamping pieces 20 on the supporting baffles 18 are inserted into the U-shaped grooves 17 to fix the middle vertical baffle 14, three slots 16 are arranged on the surface of the upper panel 10, the slots 16 are matched with the middle vertical baffle 14 to fix the middle vertical baffle 14, the middle baffle 14, the supporting baffles 14 to further reduce the number of the buffer structure, and the buffer baffles 21 are inserted into the buffer structure, thereby reducing the number of the buffer structure; the U-shaped card 20 of the support baffle is inserted into the U-shaped slot 17 to facilitate the positioning of the intermediate vertical baffle 14.

The petal-shaped buffer structure 12 has certain elasticity and resilience, the folding angle is not fixed, and the product can be basically fixed due to slight change of the size of the content. The short flaps 21 mainly provide longitudinal and transverse fixing and separation and a small amount of vertical support for the flint persimmons; the long lobes 22 provide primarily curved support in the vertical direction of the product, providing a small amount of longitudinal and lateral fixation. The petal-shaped buffer structures 12 form planes which are attached to fruits as much as possible in a curve folding mode, the contact area between the petal-shaped buffer structures 12 and the fruits is large, and the unit area bearing pressure is small.

The utility model discloses a use method is:

put into box body 25 with folding good lower floor's buffering liner 1, put into the brilliant persimmon product of fire in proper order, after that with the perpendicular baffle 13 of both sides folding 90 downwards, insert fluting 16 with middle baffle buckle 15 on the perpendicular baffle 14 in the middle of, buckle 19 on the supporting baffle 18 inserts in petal form buffer structure 12, U type card 20 inserts in U type groove 17, be convenient for fix the position of perpendicular baffle 14 in the middle, with middle perpendicular baffle 14 folding 90 upwards, with this to prop up whole upper buffer liner 9, put into the cushion packaging that can accomplish the brilliant persimmon of fire among the upper buffer structure with the brilliant persimmon of fire, encapsulate the packing box and can transport.

The utility model discloses a buffering packaging structure for transportation of the persimmon of crystal of fire, petal form buffer structure is through technological forms shaping such as cross cutting, folding, changes the vertical depth and horizontal, vertical relative position of single fruit through the change of folding angle, fixes the persimmon of crystal of fire well on the buffer liner; the lower layer of buffer gasket uses a paper box form to prevent the bottom of the flint persimmon from touching the corrugated board; the upper layer of the buffer liner is provided with holes on the upper bottom surface and the lower bottom surface, so that the overall strength is reduced, the overall strength and stability are improved through the side walls and the middle vertical baffle plates, the buffer liner can well support the pyrophyllite persimmon fruits, and the protective capability of the buffer liner on the pyrophyllite persimmons is better; the buffering liner is fixed in the corrugated case through the mode of plug-in card, does not use the gluing agent, and its shaping mode is comparatively simple, is convenient for operate repeatedly usable.

Claims

1. A buffering packaging structure for transportation of brilliant persimmon, its characterized in that, including box body (25), be equipped with lower floor's buffering liner (1) and upper buffering liner (9) of butt each other in box body (25), lower floor's buffering liner (1) and box body (25) bottom butt.

2. The cushioning packaging structure for transportation of persimmons as claimed in claim 1, wherein said box body (25) is a 0201 type corrugated box.

3. A cushioning packaging structure for transportation of persimmons as claimed in claim 2, wherein the side wall of the box body (25) is provided with vent holes (26).

4. A cushioning packaging structure for transportation of persimmons as claimed in claim 1, wherein said lower cushioning pad (1) and said upper cushioning pad (9) are each folded and formed of B-type corrugated cardboard of 5 mm.

5. The buffering packaging structure for transportation of persimmons in the form of fire crystal according to claim 4, wherein the lower buffering cushion (1) comprises a top panel (2), the top panel (2) is rectangular in whole, the two corresponding sides of the top panel (2) are connected with a left side panel (4) and a right side panel (5) respectively, the other two sides of the top panel (2) are connected with a front panel (6) and a rear panel (7) respectively, one side of the top panel (2) which is far away from the left side panel (4), the front panel (6) and the rear panel (7) is connected with an inserting tongue (8), one side of the top panel (2) which is far away from the right side panel (5) is connected with a bottom plate (3), the joints of the bottom plate (3), the left side panel (4), the right side panel (5), the front panel (6) and the rear panel (7) and the top panel (2) are folded by 90 degrees, and the bottom plate (3) is abutted to a box body (25).

6. A buffering packaging structure for transportation of persimmons containing crystal as claimed in claim 5, wherein said top panel (2) has a plurality of petal-shaped buffering structures (12) in rectangular array on its surface, said petal-shaped buffering structures (12) comprise short petals (21) and long petals (22) in circular array and staggered with each other, said long petals (22) are sequentially provided with inner folding lines (23) and outer folding lines (24) along the direction close to the axis of the circular array.

7. A buffering packaging structure for transportation of fire crystal persimmon according to claim 4, characterized in that, upper buffering liner (9) includes upper panel (10), the both sides that upper panel (10) corresponds all are connected with both sides vertical baffle (13), one side that upper panel (10) was kept away from to both sides vertical baffle (13) all is connected with lower panel (11), the both sides that lower panel (11) corresponds all are connected with supporting baffle (18), one side that lower panel (11) was kept away from to supporting baffle (18) is connected with buckle (19), arbitrary one side that lower panel (11) kept away from both sides vertical baffle (13) is connected with middle vertical baffle (14), one side that lower panel (11) was kept away from to middle vertical baffle (14) is connected with middle baffle buckle (15), lower panel (11) and top panel (2) butt.

8. The buffering packaging structure for transportation of persimmons containing crystal as claimed in claim 7, wherein said upper panel (10) and lower panel (11) are provided with a plurality of petal-shaped buffering structures (12) in rectangular array on their surfaces, said petal-shaped buffering structures (12) comprise short petals (21) and long petals (22) in circular array and staggered with each other, said long petals (22) are provided with inner folding lines (23) and outer folding lines (24) in sequence along the direction close to the axis of the circular array.

9. A buffering and packaging structure for transportation of persimmons in fire crystal according to claim 8, wherein the supporting baffle plates (18) on two corresponding sides of the upper panel (10) are respectively provided with a matched U-shaped groove (17) and a matched U-shaped clamping piece (20).

10. A cushioning packaging structure for transportation of persimmons in the form of fire crystal as claimed in claim 9, characterized in that said upper panel (10) has a slot (16) on its surface, said slot (16) and said intermediate baffle snap (15) are matched.