CN216360077U - Auxiliary stacking box cutting piece with inner side buffering structure - Google Patents
Auxiliary stacking box cutting piece with inner side buffering structure Download PDFInfo
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- CN216360077U CN216360077U CN202122142920.5U CN202122142920U CN216360077U CN 216360077 U CN216360077 U CN 216360077U CN 202122142920 U CN202122142920 U CN 202122142920U CN 216360077 U CN216360077 U CN 216360077U
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- 230000003014 reinforcing effect Effects 0.000 claims description 14
- 238000012856 packing Methods 0.000 abstract description 23
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 210000002105 tongue Anatomy 0.000 description 17
- 238000005452 bending Methods 0.000 description 13
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Abstract
The utility model discloses a stacking auxiliary box cutting piece with an inner side buffer structure, which comprises a rectangular outer bottom plate and at least one inner side buffer structure, wherein the inner side buffer structure comprises: the upper side edge of the outer bottom plate is upwards connected with a rectangular outer rear side plate; the right side edge of the outer rear side plate is connected with a rectangular outer right side plate rightwards; the upper side edge of the outer right side plate is upwards connected with a rectangular right upper buffer plate; the upper side edge of the right upper buffer plate is upwards connected with an inner right side plate, and the shape and the size of the inner right side plate are matched with those of the outer right side plate; the upper side edge of the inner right side plate is upwards connected with a right lower buffer plate; the left side edge of the inner right side plate is connected with a right rear buffer plate leftwards. The utility model has the beneficial effects that: the buffer is formed on the inner side of the box and can be correspondingly matched with the packing boxes with different sizes, and the outer size of the stacking auxiliary box can be arranged into a rectangle corresponding to the size of the pallet, so that a full stack is formed, the size of the pallet is favorably unified, and the storage and the transportation are favorably realized.
Description
Technical Field
The utility model relates to the field of packaging, in particular to a stacking auxiliary box cutting piece with an inner side buffer structure.
Background
Pallets are common storage and transportation materials. When the pallet is used for supporting the packing boxes, a plurality of packing boxes can be arranged vertically and horizontally on the plane of the pallet. In most cases, the length and width of the rectangle formed by arranging the packing boxes cannot be exactly equal to the length and width of the pallet, so that the whole packed stack is not good in posture, or the packing boxes in the stack are loose, or the adjacent stacks are loose, finally, the transportation risk is generated, and the loaded packing boxes are easy to damage. Chinese patent document CN213620842U discloses "an adjustable wood pallet" at 7/6/2021, which includes: the pallet comprises a pallet body and four positioning components which are uniformly arranged on the periphery of the top of the pallet body; the pallet body is provided with a slot group which is arranged at the top of the pallet body and matched with the positioning component, and the slot group is provided with a plurality of slots which are uniformly distributed; the positioning assembly is provided with a plug matched with the slot, and the top of the plug is provided with a clamping plate; through the locating component who sets up all around at the pallet body top, can carry out the centre gripping to the side all around of placing the box class goods bottom at pallet body top and fix, avoid slippage from the pallet body in the course of transporting. Similar solutions exist but all focus on size adjustment on the pallet side. Such scheme has several problems, and firstly the pallet size can't be unified, and the clearance between the pallet can't effectively be eliminated all the time, secondly increase on the pallet and adjust the structure and can lead to the reduction of pallet atress level, cost increase.
Disclosure of Invention
Based on the problems, the utility model provides the cut-parts of the stacking auxiliary box with the inner side buffer structure, after the cut-parts are folded into the stacking auxiliary box, the buffer is formed on the inner side of the box, the cut-parts can be correspondingly adapted to packing boxes with different sizes, and the outer size of the stacking auxiliary box can be arranged into a rectangle corresponding to the size of the pallet, so that a full stack is formed, the size of the pallet is favorably unified, and the storage and the transportation are favorably realized.
In order to realize the purpose of the utility model, the utility model adopts the following technical scheme: the utility model provides a supplementary case cut-parts of pile with inboard buffer structure, includes the outer bottom plate of rectangle, still includes at least one inboard buffer structure, inboard buffer structure includes:
the upper side edge of the outer bottom plate is upwards connected with a rectangular outer rear side plate;
the right side edge of the outer rear side plate is connected with a rectangular outer right side plate rightwards;
the upper side edge of the outer right side plate is upwards connected with a rectangular right upper buffer plate;
the upper side edge of the right upper buffer plate is upwards connected with an inner right side plate, and the shape and the size of the inner right side plate are matched with those of the outer right side plate;
the upper side edge of the inner right side plate is upwards connected with a right lower buffer plate;
the left side edge of the inner right side plate is connected with a right rear buffer plate leftwards;
the right side edge of the outer right side plate is connected with a right front buffer plate rightwards, the right front buffer plate is L-shaped and comprises longitudinal strips and transverse strips, the left side edge of each longitudinal strip is connected with the right side edge of the outer right side plate, and the left end of each transverse strip is connected with the lower end of each longitudinal strip;
the lower side edge of the outer bottom plate is downwards connected with an outer front side plate;
the lower side edge of the outer front side plate is downwards connected with an inner front side plate; the lower side edge of the bottom plate is provided with a through positioning hole, the lower side edge of the inner front side plate is provided with a downward convex positioning convex tongue, and the positioning convex tongue and the positioning hole are matched to form an inserting connection;
the heights of the outer front side plate and the inner front side plate are correspondingly matched with the height of the L-shaped transverse bar of the right front buffer plate;
the height of the upper right buffer plate, the height of the lower right buffer plate, the width of the rear right buffer plate and the width of the L-shaped longitudinal strip of the front right buffer plate are equal.
Preferably, the upper side edge of the outer rear side plate is upwards connected with an inner rear side plate;
the upper side edge of the outer bottom plate is provided with a through positioning hole, and the upper side edge of the inner rear side plate is provided with an upward protruding tongue in a protruding way;
the height of the inner rear side plate is correspondingly matched with that of the outer rear side plate; the width of the inner rear side plate is smaller than that of the outer rear side plate; the width difference of the inner rear side plate and the outer rear side plate on the right side corresponds to the height value of the upper right buffer plate.
Preferably, the right side edge of the inner back side plate is provided with a lateral positioning groove which is sunken leftwards, the left side edge of the inner right side plate is connected with a lateral positioning convex tongue leftwards, and the lateral positioning convex tongue is correspondingly matched with the lateral positioning groove in shape, position and size.
Preferably, the right side edge of the L-shaped longitudinal strip of the right front buffer plate is connected with a right reinforcing plate rightwards; the left side and the right side of the right reinforcing plate are parallel, the high point of the right side is not higher than the high point of the left side, the low point of the right side is not lower than the low point of the left side, and the width of the right reinforcing plate is greater than the width of the L-shaped longitudinal strip of the right front buffer plate.
Preferably, the lower side edge of the outer right side plate is downwards connected with a right inner bottom plate, and the shape and the size of the right inner bottom plate are matched and corresponding to those of the outer bottom plate; the upper side edge and/or the lower side edge of the right inner bottom plate are/is provided with an inner bottom plate positioning groove which is inwards sunken, and the shape, the position and the size of the inner bottom plate positioning groove are correspondingly matched with those of the positioning convex tongues.
The auxiliary box cut-parts of pile that has inboard buffer structure of this scheme design, fold into that the outer dimensions is good according to the length of pallet, wide size is decided after the auxiliary box, only need calculate the inner dimension of auxiliary box according to the size of the packing box that needs hold to can with the data difference of outer dimensions and inner dimension as buffer structure's size. The cutting piece of this scheme design has outer bottom plate and at least one inboard buffer structure. For convenience of description, only the inner cushion structure provided on the right side will be described hereinafter. The outer bottom plate is rectangular, and the size of the outer bottom plate can be equal to the outer size of the auxiliary box after being folded. The upper part of the outer bottom plate can be connected with an outer rear side plate to form a rear side wall of the auxiliary box. The outer rear side plate can be connected with the inner rear side plate to serve as a reinforcing structure of the rear side wall, and fixing can be achieved through the matching relationship between the positioning convex tongues and the positioning holes. The right side of the outer rear side plate is connected with the outer right side plate, the upper portion of the outer right side plate is connected with the inner right side plate through the upper right buffer plate, the upper portion of the inner right side plate is connected with the lower right buffer plate, the left portion of the inner right side plate is connected with the right rear buffer plate, and the right portion of the outer right side plate is connected with the right front buffer plate. In order to facilitate the fixation, a lateral positioning convex tongue and a lateral positioning groove can be designed on the left side edge of the inner right side plate and the right side edge of the inner rear side plate for fixation. Also for fixation, the right front cushion plate is structured in an L-shape, and a cross bar of the L-shape is used to be sandwiched and fixed between the outer front side plate and the inner front side plate. The height of the upper right buffer board, the height of the lower right buffer board, the width of the right rear buffer board, the width of the longitudinal strip of the right front buffer board L shape are equal, the outer right side board is outside after folding, the inner right side board is inside, the upper right buffer board, the lower right buffer board, the right front buffer board L shape and the right rear buffer board are connected or fixed and limited from top to bottom, a closed cavity is formed between the outer right side board and the inner right side board, and a buffer structure is formed. During the design, only need calculate the buffering thickness that needs according to the external dimension of target packing carton, just can prepare the cut-parts of suitable size according to calculating the structure result, upper right buffer board, lower right buffer board, right front buffer board L shape and right back buffer board on the cut-parts just can form the buffer structure of required thickness to the different packing carton of adaptation. After the stack auxiliary box is folded, the packing box is placed into the stack auxiliary box, the outer dimension of the stack auxiliary box is matched with the size of the pallet, the inner dimension of the stack auxiliary box is matched with the packing box, full stacking can be guaranteed, the pallet size can be unified, and storage and transportation are facilitated.
It should be noted that the width of the inner rear side plate is smaller than the width of the outer rear side plate, so that the difference in the widths of the inner rear side plate and the outer rear side plate on the right side corresponds to the height of the upper right bumper plate, i.e., the thickness of the bumper structure. The width of the inner rear side plate corresponds to the dimension of the inner rear side of the stacking aid box, and the width of the outer rear side plate corresponds to the dimension of the outer rear side of the stacking aid box, and is a fixed value, so that the thicker the thickness of the buffer structure is, the smaller the width of the inner rear side plate is, and the larger the difference in width on the right side from the outer rear side plate is.
The right side edge of the L-shaped longitudinal strip of the right front buffer plate is connected with a right reinforcing plate rightwards. From the vertical perspective, the right reinforcing plate is obliquely arranged in the buffer structure on the right side and serves as the hypotenuse of the right triangle to reinforce the buffer structure.
The right inner bottom plate is also used for connecting the buffer structure on the right side with the bottom plate and can realize positioning through the inner bottom plate positioning groove and the positioning convex tongue.
Similarly, the left side and the rear side may be provided with a buffer structure. Providing the cushioning structure on the left side is equivalent to mirroring the aforementioned structure to the left. The rear side is provided with a buffer structure, and the corresponding part determining the thickness of the buffer structure is arranged above the upper side edge and below the lower side edge of the outer rear side plate, so that a hollow gap is formed between the inner rear side plate and the outer rear side plate after the box is folded, and the buffer structure is formed.
In conclusion, the beneficial effects of the utility model are as follows: full stacks can be formed, the size of the pallet can be unified, and storage and transportation are facilitated.
Drawings
Fig. 1 is a schematic structural diagram of the present invention, in which the solid lines are cutting lines and the broken lines are creasing lines.
Fig. 2 is a diagram of an ideal pallet stacking effect.
Fig. 3 is a diagram of pallet stacking effect when the stack size is smaller.
Figure 4 is a diagram of pallet stacking effect when the stack size is too large.
Fig. 5 to 11 are views illustrating steps of folding the container according to the present invention.
Fig. 12 is a plan view showing the placement of the small-sized packing boxes into the stacking assist box.
Fig. 13 is a plan view showing the placement of a large-sized packing box into a stacking assist box.
Wherein: a outer bottom plate, B outer rear side plate, C inner rear side plate, D outer front side plate, D1 inner front side plate, E outer left side plate, E1 left upper buffer plate, E2 inner left side plate, E3 left lower buffer plate, E4 left rear buffer plate, F outer right side plate, F1 right upper buffer plate, F2 inner right side plate, F3 right lower buffer plate, F4 right rear buffer plate, G left inner bottom plate, H right inner bottom plate, J left front buffer plate, J1 left reinforcing plate, K right front buffer plate, K1 right reinforcing plate, 1 positioning hole, 2 positioning tongue, 3 lateral positioning groove, 4 lateral positioning tongue, 5 inner bottom plate positioning groove;
BZH packing carton, ZB pallet, FZX pile-up auxiliary box.
Detailed Description
The utility model is further described with reference to the following detailed description and accompanying drawings.
Examples
The optimal state of the traditional pallet ZB stack is as shown in figure 2, the sum of the sizes of the packing boxes BZH which are arranged transversely and vertically in the length direction of the pallet ZB is equal to the length of the pallet ZB, and the sum of the sizes of the packing boxes BZH in the width direction of the pallet ZB is equal to the width of the pallet ZB. But the ideal situation is often difficult to achieve. Under the condition that the size of the pallet ZB is not changed, if the sum of the sizes of the packing boxes BZH is smaller than the length of the corresponding side of the pallet ZB as shown in figure 3, or the sum of the sizes of the packing boxes BZH is larger than the length of the corresponding side of the pallet ZB as shown in figure 4, internal gaps appear after packing, so that the integrity of the stack is deteriorated, and storage and transportation are influenced.
This embodiment is a supplementary case cut-parts of pile with inboard buffer structure, can effectively solve the size of this kind of packing carton and the unable perfect matching's of pallet size problem. Since the present embodiment is a left-right symmetrical structure, the following description will be made only for the right side with respect to the symmetrical structure.
As shown in fig. 1, the cut segment of the present embodiment includes a rectangular outer base plate a;
the upper side edge of the outer bottom plate A is upwards connected with a rectangular outer rear side plate B;
the right side edge of the outer rear side plate B is connected with a rectangular outer right side plate F rightwards;
the upper side edge of the outer right side plate F is upwards connected with a rectangular right upper buffer plate F1;
the upper side edge of the right upper buffer plate F1 is upwards connected with an inner right side plate F2, and the shape and the size of the inner right side plate F2 are matched with those of the outer right side plate F;
the upper side edge of the inner right side plate F2 is upwards connected with a right lower buffer plate F3;
the left side edge of the inner right side plate F2 is leftwards connected with a right rear buffer plate F4;
the right side edge of the outer right side plate F is connected with a right front buffer plate K rightwards, the right front buffer plate K is L-shaped and comprises longitudinal strips and transverse strips, the left side edge of each longitudinal strip is connected with the right side edge of the outer right side plate F, and the left end of each transverse strip is connected with the lower end of each longitudinal strip;
the lower side edge of the outer bottom plate A is downwards connected with an outer front side plate D;
the lower side edge of the outer front side plate D is downwards connected with an inner front side plate D1; the lower side edge of the bottom plate A is provided with a positioning hole 1 in a through way, the lower side edge of the inner front side plate D1 is provided with a positioning convex tongue 2 in a downward protruding way, and the positioning convex tongue 2 and the positioning hole 1 are matched to form an inserting connection;
the heights of the outer front side plate D and the inner front side plate D1 are correspondingly matched with the height of the L-shaped transverse bar of the right front buffer plate K;
the height of the right upper buffer plate F1, the height of the right lower buffer plate F3, the width of the right rear buffer plate F4 and the width of the L-shaped longitudinal strip of the right front buffer plate K are equal;
the upper side edge of the outer rear side plate B is upwards connected with a rectangular inner rear side plate C;
the upper side edge of the outer bottom plate A is provided with a positioning hole 1 in a through way, and the upper side edge of the inner rear side plate C is provided with a positioning convex tongue 2 in an upward protruding way;
the height of the inner rear side plate C is correspondingly matched with that of the outer rear side plate B; the width of the inner rear side plate C is smaller than that of the outer rear side plate B; the width difference of the inner rear side plate C and the outer rear side plate B on the right side corresponds to the height value of the upper right buffer plate F1;
a lateral positioning groove 3 which is sunken leftwards is arranged on the right side edge of the inner rear side plate C, a lateral positioning convex tongue 4 is connected leftwards on the left side edge of the inner right side plate F2, and the lateral positioning convex tongue 4 is correspondingly matched with the lateral positioning groove 3 in shape, position and size;
the right side edge of the L-shaped longitudinal strip of the right front buffer plate K is connected with a right reinforcing plate K1 rightwards; the left side and the right side of the right reinforcing plate K1 are parallel, the high point of the right side is not higher than the high point of the left side, the low point of the right side is not lower than the low point of the left side, and the width of the right reinforcing plate K1 is larger than the width of the L-shaped longitudinal strip of the right front buffer plate K;
the lower side edge of the outer right side plate F is downwards connected with a right inner bottom plate H, and the shape and the size of the right inner bottom plate H are matched and corresponding to those of the outer bottom plate A; the upper side edge and/or the lower side edge of the right inner bottom plate H are/is provided with an inner bottom plate positioning groove 5 which is inwards sunken, and the shape, the position and the size of the inner bottom plate positioning groove 5 are correspondingly matched with those of the positioning convex tongue 2.
The steps of panel folding are described below. To save space, the icon names are replaced with figure labels.
Step one, as shown in figure 5, longitudinally arranging the cut pieces, and then bending the A upwards and inwards to a horizontal position;
step two, as shown in fig. 6 and 7, completely bending G and H inwards and upwards to a horizontal position, bending E inwards and rightwards to the position above the left side of a, bending F inwards and leftwards to the position above the right side of a, and tightly placing G and H above a;
step three, as shown in fig. 8, bending J and K inwards to the upper side of the lower side of A;
step four, as shown in fig. 9, bending upwards to a vertical position, bending inwards and downwards to a vertical position D1, and inserting and positioning through 1 and 2; bending J1 and K1 inwards;
step five, as shown in fig. 10, bending F3 and F4 inwards, and then bending F2 inwards and downwards to be parallel to F; the same inward bending of E3 and E4, and then inward bending of E2 downward to be parallel to E;
step six, as shown in fig. 11, bending the C inwards and downwards, and completing 1 and 2 splicing, 3 and 4 limiting, and 2 and 5 limiting; so far, the folding of the auxiliary stacking box FZX is completed.
Specific application states refer to fig. 10 and 11:
as shown in fig. 10, the outer dimension of the stacking auxiliary box FZX is unchanged, and the inner dimension is designed to be smaller, so that 6 packing boxes BZH with smaller dimension can be correspondingly arranged;
as shown in fig. 11, the outer dimension of the stacking auxiliary box FZX is unchanged, and the inner dimension is designed to be larger, so that the stacking auxiliary box FZX can correspond to 6 packing boxes BZH with larger dimension.
The stack auxiliary box FZX is used for stacking on the pallet ZB, the length and the width of the pallet ZB can be perfectly matched, the stack is tidy, no internal gap exists, the integrity is good after the stack is packaged, and the storage and the transportation are convenient.
Claims (5)
1. The utility model provides a supplementary case cut-parts of pile with inboard buffer structure, includes outer bottom plate (A) of rectangle, characterized by still includes at least one inboard buffer structure, inboard buffer structure includes:
the upper side edge of the outer bottom plate (A) is upwards connected with a rectangular outer rear side plate (B);
the right side edge of the outer rear side plate (B) is connected with a rectangular outer right side plate (F) rightwards;
the upper side edge of the outer right side plate (F) is upwards connected with a rectangular right upper buffer plate (F1);
the upper side edge of the right upper buffer plate (F1) is upwards connected with an inner right side plate (F2), and the shape and the size of the inner right side plate (F2) are matched with those of the outer right side plate (F);
the upper side edge of the inner right side plate (F2) is upwards connected with a right lower buffer plate (F3);
the left side edge of the inner right side plate (F2) is connected with a right rear buffer plate (F4) leftwards;
the right side edge of the outer right side plate (F) is connected with a right front buffer plate (K) rightwards, the right front buffer plate (K) is L-shaped and comprises longitudinal strips and transverse strips, the left side edge of each longitudinal strip is connected with the right side edge of the outer right side plate (F), and the left end of each transverse strip is connected with the lower end of each longitudinal strip;
the lower side edge of the outer bottom plate (A) is downwards connected with an outer front side plate (D);
the lower side edge of the outer front side plate (D) is downwards connected with an inner front side plate (D1); the lower side edge of the bottom plate (A) is provided with a positioning hole (1) in a through way, the lower side edge of the inner front side plate (D1) is provided with a positioning convex tongue (2) in a downward protruding way, and the positioning convex tongue (2) and the positioning hole (1) are matched to form a splicing relation;
the heights of the outer front side plate (D) and the inner front side plate (D1) are correspondingly matched with the height of the L-shaped transverse bar of the right front buffer plate (K);
the height of the right upper buffer plate (F1), the height of the right lower buffer plate (F3), the width of the right rear buffer plate (F4) and the width of the L-shaped longitudinal strip of the right front buffer plate (K) are equal.
2. The auxiliary box cutting part with inner buffer structure as claimed in claim 1,
the upper side edge of the outer rear side plate (B) is upwards connected with an inner rear side plate (C);
the upper side edge of the outer bottom plate (A) is provided with a positioning hole (1) in a through way, and the upper side edge of the inner rear side plate (C) is provided with a positioning convex tongue (2) in an upward protruding way;
the height of the inner rear side plate (C) is correspondingly matched with that of the outer rear side plate (B); the width of the inner rear side plate (C) is smaller than that of the outer rear side plate (B); the difference in width of the inner rear side plate (C) and the outer rear side plate (B) on the right side corresponds to the height of the upper right baffle plate (F1).
3. The stacking auxiliary box cutting piece with the inner side buffer structure as claimed in claim 2, wherein the right side edge of the inner back side plate (C) is provided with a lateral positioning groove (3) which is concave towards the left, the left side edge of the inner right side plate (F2) is connected with a lateral positioning convex tongue (4) towards the left, and the lateral positioning convex tongue (4) is correspondingly matched with the shape, position and size of the lateral positioning groove (3).
4. A stacking auxiliary box cutting piece with an inner side buffer structure as claimed in claim 1, 2 or 3, wherein the right side edge of the L-shaped longitudinal strip of the right front buffer plate (K) is connected with a right reinforcing plate (K1) to the right; the left side and the right side of the right reinforcing plate (K1) are parallel, the high point of the right side is not higher than the high point of the left side, the low point of the right side is not lower than the low point of the left side, and the width of the right reinforcing plate (K1) is larger than the width of the L-shaped longitudinal strip of the right front buffer plate (K).
5. The auxiliary box cutting piece with the inner side buffer structure as claimed in claim 2 or 3, wherein the lower side edge of the outer right side plate (F) is connected with a right inner bottom plate (H) downwards, and the shape and the size of the right inner bottom plate (H) are matched and corresponding to those of the outer bottom plate (A); the upper side and/or the lower side of the right inner bottom plate (H) is/are provided with an inner bottom plate positioning groove (5) which is inwards sunken, and the shape, the position and the size of the inner bottom plate positioning groove (5) are correspondingly matched with those of the positioning convex tongue (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122142920.5U CN216360077U (en) | 2021-09-06 | 2021-09-06 | Auxiliary stacking box cutting piece with inner side buffering structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122142920.5U CN216360077U (en) | 2021-09-06 | 2021-09-06 | Auxiliary stacking box cutting piece with inner side buffering structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216360077U true CN216360077U (en) | 2022-04-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122142920.5U Active CN216360077U (en) | 2021-09-06 | 2021-09-06 | Auxiliary stacking box cutting piece with inner side buffering structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216360077U (en) |
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2021
- 2021-09-06 CN CN202122142920.5U patent/CN216360077U/en active Active
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