CN212172867U - Wine bottle cushion packaging cut-parts - Google Patents

Abstract

The utility model discloses a wine bottle cushion packaging cut-parts, an upper piece and a lower piece are symmetrically arranged, the upper piece comprises a lower clapboard, an inner bottle body plate, a bottom plate, an outer side plate, a top plate, an inner bottleneck plate and an upper clapboard; the inner bottle body plate is provided with a bottle body limiting hole, and the shape of the bottle body limiting hole is matched with the axial section shape of the bottle body part of the wine bottle; the outer side plate is provided with a waist buffer sheet, the root of the waist buffer sheet is connected with the outer side plate, the end part is a free end, and the outline shape of the end part is matched with the section shape of the corresponding position of the wine bottle body; the inner bottleneck plate is provided with a bottleneck limiting hole, and the shape of the bottleneck limiting hole is matched with the axial cross-sectional shape of the bottleneck part of the wine bottle; the length of the five lower partition plates, the bottom plate, the inner bottleneck plate, the upper partition plate and the waist buffer sheet in the left-right direction is equal and is more than half of the maximum value of the corresponding width of the outer contour of the wine bottle. Has the advantages that: the wine bottle is only made of cut pieces, does not need to be pasted or nailed, can provide a good buffering structure for the wine bottle, and has the advantages of low manufacturing cost, convenience in use and the like.

Description

Wine bottle cushion packaging cut-parts

Technical Field

The utility model belongs to carton packing field specifically is a beverage bottle cushioning packaging cut-parts.

Background

The wine bottle is fragile, the shape is not regular enough, and the difficulty in the field of carton packaging is always. Chinese patent document CN110615159A discloses "a wine box and its manufacturing process" in 2019, 12.27.a, the wine box includes base, box body and top cap, the box body includes a plurality of side cardboards that connect gradually through the crease, the top cap with the base branch is located the top and the bottom of side cardboard, a plurality of the side cardboard encloses to be closed the base with top cap week side is in order to form the airtight space that is used for placing the beverage bottle, be equipped with the hasp piece on two side cardboards of box body both sides. The manufacturing process of the wine box comprises the following steps: s1, manufacturing a box body; s2, manufacturing a base; s3, manufacturing a top cover: and S4, forming the wine box. The wine box has high structural strength and better protection effect on wine bottles, and the manufacturing process of the wine box can be performed in a modularized manner, so that the manufacturing efficiency of the wine box is improved, and the quality is better controlled. This prior art lacks sufficient buffer structure, relies on the stereoplasm shell almost completely to the protection of beverage bottle, consequently need use a large amount of stereoplasm cardboards to paste and make, and manufacturing cost is high, and production efficiency is low, and the protection effect is relatively poor.

SUMMERY OF THE UTILITY MODEL

The existing wine bottle package has high manufacturing cost, low production efficiency, insufficient buffer structure and poor protection effect. Based on the problem, the utility model provides a beverage bottle cushioning packaging cut-parts only makes with the cut-parts, need not to paste and close or nail admittedly, can provide fine buffer structure to the beverage bottle, has advantages such as low in manufacturing cost, use are convenient.

Since the main structure of the present solution is a vertically symmetrical structure, for saving space, only the upper half of the symmetrical structure will be described hereinafter without specific statement.

In order to realize the purpose of the invention, the utility model adopts the following technical scheme: a wine bottle buffering packaging cut-part comprises an upper piece and a lower piece which are arranged in an up-and-down symmetrical mode, wherein the upper piece sequentially comprises a lower partition plate, an inner bottle body plate, a bottom plate, an outer side plate, a top plate, an inner bottle neck plate and an upper partition plate from left to right; the inner bottle body plate is provided with a bottle body limiting hole, and the shape of the bottle body limiting hole is matched with the axial cross section shape of the bottle body part of the wine bottle; the outer side plate is provided with a waist buffer sheet, the root of the waist buffer sheet is connected with the outer side plate, the end part is a free end, and the outline shape of the end part is matched with the section shape of the corresponding position of the wine bottle body; the inner bottleneck plate is provided with a bottleneck limiting hole, and the shape of the bottleneck limiting hole is matched with the shape of the axial section of the bottleneck part of the wine bottle; the length of the five lower partition plates, the bottom plate, the inner bottleneck plate, the upper partition plate and the waist buffer sheet in the left-right direction is equal and is more than half of the maximum value of the corresponding width of the outer contour of the wine bottle.

The wine bottle buffering package cutting piece designed by the technical scheme comprises an upper piece and a lower piece which are symmetrical up and down. The cut pieces form a buffer structure aiming at the shape of the wine bottle, one half of the buffer structure is formed by the upper piece, the other half of the buffer structure is formed by the lower piece, and the upper piece and the lower piece are combined to realize the buffer protection of the wine bottle. The above sheet is specifically taken as an example: the upper piece sequentially comprises a lower partition plate, an inner bottle body plate, a bottom plate, an outer side plate, a top plate, an inner bottleneck plate and an upper partition plate from left to right, wherein the length of the outer side plate is generally matched with the height of a wine bottle, and the upper side wall of the buffer package is formed after the upper piece is molded; the bottom and top panels are folded inwardly into a position perpendicular to the outer side panels to form a bottom half and a top half of the cushioning package, respectively; the inner bottle body plate and the inner bottleneck plate are folded to be perpendicular to the outer side plate along with the bottom plate and the top plate once, and then are folded inwards to be parallel to the outer side plate again to form a plane, the plane corresponds to the axial section of the wine bottle, corresponding openings are formed in the inner bottle body plate and the inner bottleneck plate to adapt to the shape and size of the wine bottle, and the openings can also extend to the lower partition plate leftwards or extend to the upper partition plate rightwards respectively according to the actual size and shape of the wine bottle; the lower partition plate and the upper partition plate can be bent inwards again during folding and forming, and the end parts of the lower partition plate and the upper partition plate are in lap joint with the outer side plate, so that the inner bottle body plate and the inner bottle neck plate are supported. By the design, the lower partition plate, the inner bottle body plate, the bottom plate and the outer side plate surround a rectangular space corresponding to a half bottle body for loading wine bottles, and the outer side plate, the top plate, the inner bottleneck plate and the upper partition plate surround a rectangular space corresponding to a half bottleneck for loading wine bottles. The two rectangular spaces realize the buffering and the fixing of the wine bottle in the up-down direction and the left-right direction of the wine bottle. Meanwhile, the outer panel is designed with a waist cushion, and it is a common practice to cut a U-shaped structure directly on the outer panel with a cut line. The end shape of the waist buffer sheet is matched with the outline shape of the corresponding position of the bottle body, generally the waist of the bottle body. The waist buffer piece is perpendicular with the outer panel after folding, can correspond the position adaptation with the body waist, forms the buffering to the fore-and-aft direction of beverage bottle. After the folding and forming, the inner bottle body plate and the inner bottleneck plate of the upper piece and the inner bottle body plate and the inner bottleneck plate of the lower piece can be tightly attached to each other, gaps can also be reserved, and the inner bottle body plate and the inner bottleneck plate can be determined by the technical personnel in the field according to the design. The lower partition plate and the upper partition plate can be tightly attached to each other, or a gap can be left, which can be determined by the skilled person according to the design. The wine bottle can be in a conventional shape, can also be in an unconventional shape with a bottle body with an oval or rectangular cross section, and can even be in other wine bottles with the bottle body with an asymmetric shape. The upper sheet and the lower sheet can be two parts independent from each other so as to be convenient to manufacture and use, can be directly boxed after the wine bottles are packaged, and can also be connected by a suitable connecting structure, such as case sealing tape bonding, ribbon binding or anti-theft sticker sealing, and can be selected by the skilled person according to the needs. The number of the wine bottles packaged by the structure can be only one door industry, and a plurality of wine bottles can be arranged in parallel, is particularly limited by the strength of the packaging material and the total weight of the wine bottles, and can be reasonably selected by a person skilled in the art.

Preferably, a middle positioning sheet is further arranged; the root of the middle positioning piece is connected to the outer side plate, the end part is a free end, and an inward concave middle slot is arranged on the end part; correspondingly, the left side edge of the lower clapboard is provided with an inwards concave lower clapboard inserting groove, and the right side edge of the upper clapboard is provided with an inwards concave upper clapboard inserting groove; the lower partition plate slot and the upper partition plate slot are both in adaptive splicing with the middle slot. The middle positioning piece is an auxiliary structure on the outer side plate, and a U-shaped structure is directly cut on the outer side plate by a cutting line in the common method, the length direction is generally determined along the axial direction of the wine bottle, and the middle positioning piece is bent to be vertical to the outer side plate and extends along the axial direction of the wine bottle during folding and forming. The design has the slot at middle part spacer tip, and the corresponding slot that also all designs on the left side edge of baffle, the right side edge of going up the baffle down, through pegging graft mutually of slot, can make baffle and last baffle realize the location through the middle part spacer when folding forming down, can not appear crooked, also helps the improvement of buffer structure bulk strength. When the cutting pieces are only used for packaging a single wine bottle, 2 middle positioning pieces can be symmetrically arranged on two sides of the wine bottle; if the cut pieces are used to package two or more wine bottles, the central locator piece can be designed between two adjacent wine bottles, and the specific number is determined by one skilled in the art as needed.

Preferably, the upper hole wall and the lower hole wall of the bottle body limiting hole are both connected with lateral limiting pieces; the end of the lateral limiting sheet is a free end, and when the box is folded, the end of the lateral limiting sheet is lapped with the outer side plate. The length direction of the lateral spacing pieces extends along the axial direction of the wine bottle, the two lateral spacing pieces of the same bottle body spacing hole are clamped on the two sides of the wine bottle body after being folded and formed, and the bottle body can obtain a better spacing effect on the two sides through the fixed lateral spacing pieces. This scheme is particularly useful for the beverage bottle that the body is conventional current situation.

Preferably, the end part of the lateral limiting sheet is provided with a concave lateral limiting sheet slot; correspondingly, the end part of the waist buffer sheet is provided with an inward-concave waist buffer sheet slot; the lateral limiting piece slot is in adaptive splicing with the waist buffer piece slot. Specifically, the lateral limiting piece and the waist buffer piece can be spliced in a slot design mode to form a fixing effect.

Preferably, the upper hole wall and the lower hole wall of the bottle body limiting hole and the positions corresponding to the lateral limiting pieces are respectively provided with an inwards concave bottle taking groove. After the bottle is folded and formed, the bottle taking groove is located on the side of the wine bottle, and a consumer can conveniently stretch out fingers to take out the wine bottle. The shape, size and number of the bottle-taking grooves can be selected by those skilled in the art.

Preferably, the upper and lower sheets are connected by a connecting structure and/or a locking structure. The upper sheet and the lower sheet can only use the connecting structure on one side, the locking structure on the other side, or both sides can use the connecting structure, or both sides can use the locking structure, so as to meet different sealing requirements, and the sealing structure is specifically determined by the technicians in the field according to actual design requirements.

Preferably, the connecting structure is an intermediate connecting plate which connects the lower side edge of the outer plate of the upper sheet and the upper side edge of the outer plate of the lower sheet, respectively. The middle connecting plate is a simpler connecting structure, one side of the middle connecting plate is connected with the lower side edge of the outer side plate of the upper piece, and the other side of the middle connecting plate is connected with the upper side edge of the outer side plate of the lower piece. The advantage of this scheme is that can just connect upper and lower piece when producing, has reduced the connection action after the packing.

Preferably, the locking structure is arranged on the upper side edges of the inner bottle body plate and the inner bottle neck plate; the locking structure is a bolt; the lock tongue is in an inverted trapezoid shape, and the top edge of the lock tongue is flush with the upper side edge of the inner bottle body plate or the inner bottle neck plate; the two bevel edges are cutting lines, the bottom edges are crease lines, and the bevel edges are connected with the inner bottle body plate or the inner bottle neck plate in an embedded mode through the bottom edges. The trapezoidal spring bolt is followed the root to offside back of buckling, is gone into the trapezoidal groove of offside promptly to can lock the cut-parts and the subtend cut-parts of this side. When the locking is cancelled, the trapezoidal lock tongue only needs to be reset to a straight state.

Preferably, the top plate is provided with finger holes penetrating therethrough. After the entire cushioning package is folded into shape and packaged with wine bottles, if boxed or bagged, only the top panel is exposed above, and there is a lack of structure to grasp. The finger hole provided by the scheme can be convenient for a consumer to put the whole package out from the upper part. The number of finger holes is set by one skilled in the art as desired.

To sum up, the beneficial effects of the utility model are that: the wine bottle is only made of cut pieces, does not need to be pasted or nailed, can provide a good buffering structure for the wine bottle, and has the advantages of low manufacturing cost, convenience in use and the like.

Drawings

Fig. 1 is a schematic view of the cutting piece of the present invention, wherein the dotted line is a crease line and the solid line is a cutting line.

Fig. 2 to 16 are step views of the folding and forming of the cut pieces of the present invention.

Fig. 17 and 18 are schematic diagrams of the cut pieces of the present invention after folding and forming.

Fig. 19 is a schematic view of a panel of the outer box used in fig. 17 and 18.

Fig. 20 is another schematic view of the cut pieces of the present invention after folding and forming.

Wherein: a lower baffle, body board in the B, the spacing piece of B1 side direction, the C bottom plate, the D outer panel, D1 middle part spacer, D2 waist buffer piece, the E roof, bottleneck board in the F, the baffle is gone up to G, H intermediate junction board, the JP beverage bottle, 1 lower baffle slot, the spacing hole of 2 bodies, 3 get the bottle recess, 4 spacing piece slots, 5 spring bolts, 6 waist buffer piece slots, 7 middle part slots, 8 indicate the hole, the spacing hole of 9 bottlenecks, 10 last baffle slots.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the detailed description.

The embodiment shown in fig. 1 is a wine bottle cushioning packaging cut-out piece made of corrugated cardboard. The corresponding package contents are a pair of standard shaped wine bottles JP.

The wine bottle buffering packaging cut piece comprises an upper piece and a lower piece, wherein the upper piece is located above the lower piece. The upper piece and the lower piece are symmetrical up and down. For the sake of economy, unless otherwise stated in the following, all references to symmetrical structures will be made only to the top sheet.

The upper sheet is rectangular, and is sequentially provided with a lower partition plate A, an inner bottle body plate B, a bottom plate C, an outer side plate D, a top plate E, an inner bottleneck plate F and an upper partition plate G which are rectangular and have the same length in the vertical direction from left to right.

The middle part of the outer side plate is cut into a C-shaped structure by a cutting line to form a waist cushion D2. The root of waist buffer piece is on the right side, is connected with the outer panel, and the tip is on the left side, for the free end, and the tip design has two caves, and its profile shape corresponds the cross-sectional shape adaptation of position with a pair of beverage bottle body. The two ends of the two end part sunken curves are respectively provided with a waist buffer sheet slot 6 sunken to the right side.

The middle part of the outer side plate is cut into another C-shaped structure at a cutting line at the right side of the waist buffer sheet to form a middle positioning sheet D1. The root of middle part spacer is last, is connected with the outer panel, and the tip is down, for the free end, and the tip design has middle part slot 7. In this example, the middle positioning piece is only one, and is located between two wine bottles when folded and formed.

The inner bottle body plate is provided with a pair of bottle body limiting holes 2, and the shape of the bottle body limiting holes is matched with the shape of the axial section of the bottle body part of the wine bottle. According to the actual shape and size of the wine bottle, the bottle body limiting hole of the embodiment extends leftwards into the lower partition plate. Wherein, the upper and lower pore walls of the bottle body limiting hole are both connected with lateral limiting pieces B1. The end part of the lateral limiting piece is a free end and is provided with an inwards concave lateral limiting piece slot 4, and the lateral limiting piece slot corresponds to the waist buffer piece slot in quantity and position one by one. The upper hole wall and the lower hole wall of each bottle body limiting hole are respectively provided with an inwards concave bottle taking groove 3, correspondingly, each lateral limiting piece in the embodiment is also provided with a bottle taking groove at the position corresponding to the bottle taking groove, and the bottle taking grooves at the two sides are matched to form a structure for fingers to smoothly pass through so as to take out wine bottles.

The inner neck plate is provided with a pair of neck limiting holes 9, and the shape of the neck limiting holes is matched with the shape of the axial section of the neck part of the wine bottle. According to the actual shape and size of the wine bottle, the bottle body limiting hole of the embodiment extends right into the upper partition plate.

The left side edge of the lower clapboard is provided with a concave lower clapboard inserting groove 1, and the right side edge of the upper clapboard is provided with a concave upper clapboard inserting groove 10. The lower partition board slot and the upper partition board slot can be correspondingly spliced with the middle slot in a matched mode.

The upper side edges of the inner bottle body plate and the inner bottle neck plate are both designed with locking structures, and the locking structures of the embodiment are lock tongues 5. The lock tongue is in an inverted trapezoid shape, and the top edge of the lock tongue is flush with the upper side edge of the inner bottle body plate or the inner bottle neck plate; the two bevel edges are cutting lines, the bottom edges are crease lines, and the bevel edges are connected with the inner bottle body plate or the inner bottle neck plate in an embedded mode through the bottom edges.

A finger hole 8 is provided through the top panel centrally to allow removal of the package from the carton.

The length of the lower clapboard, the bottom plate, the inner bottleneck plate, the upper clapboard and the waist buffer sheet in the left-right direction is equal and is larger than the radius of the package opposite to the wine bottle body.

In this example, the intermediate connecting plate, which connects the upper and lower plates and is rectangular, has a width equal to 2 times the length of the lower partition plate in the left-right direction. The middle connecting plate is respectively connected with the lower side edge of the outer side plate of the upper sheet and the upper side edge of the outer side plate of the lower sheet.

To reduce space, the following text describes the folding of the cut segment with icons instead of the corresponding Chinese names.

Firstly, bending a lower sheet: as shown in fig. 2, D1 is bent to be vertical;

step two, as shown in fig. 3, bending the G to be vertical;

step three, as shown in fig. 4, bending the F into a vertical shape;

step four, as shown in fig. 5, bending the part E to be vertical, and mutually inserting the upper partition board slot and the middle slot;

step five, as shown in fig. 6, bending D2 to be vertical;

step six, as shown in fig. 7, bending four pieces B1 to be vertical;

step seven, as shown in fig. 8, bending the A into a vertical shape;

step eight, as shown in fig. 9, bending the B to be vertical;

step nine, as shown in fig. 10, bending the C to be vertical, and inserting the lower partition board slot and the middle slot into each other;

step ten, bending the upper sheet in the same step, as shown in fig. 11;

step eleven, as shown in fig. 12, a pair of wine bottles JP with contents are placed in the buffer structure formed by folding the upper sheet;

step twelve, as shown in fig. 13, bending H to be vertical;

thirteen, as shown in fig. 14, further bending the lower sheet to be involuted with the upper sheet;

fourteenth, as shown in fig. 15, the latch tongue is bent to lock the package;

step fifteen, as shown in fig. 16, the folded cushioning package is adjusted to be in a vertical state in the direction of the wine bottle.

The buffer packaging at this time can have two subsequent packaging modes:

firstly, as shown in fig. 17 and 18, the single piece buffer package is packaged by an airplane box W1 with a suitable size to form a single piece selling package state; fig. 19 shows the shape of the cut pieces of the airplane box W1;

second, as shown in fig. 20, a large 0201 carton W2 is used to package multiple cushioning packages to form multiple tote packages.

Claims (9)

1. A wine bottle buffering packaging cut-part comprises an upper piece and a lower piece which are arranged in an up-and-down symmetrical mode, and is characterized in that the upper piece sequentially comprises a lower partition plate (A), an inner bottle body plate (B), a bottom plate (C), an outer side plate (D), a top plate (E), an inner bottleneck plate (F) and an upper partition plate (G) from left to right; the inner bottle body plate is provided with a bottle body limiting hole (2), and the shape of the bottle body limiting hole is matched with the axial cross-sectional shape of the bottle body part of the wine bottle (JP); the outer side plate is provided with a waist buffer sheet (D2), the root of the waist buffer sheet is connected with the outer side plate, the end part is a free end, and the outline shape of the end part is matched with the section shape of the corresponding position of the wine bottle body; a bottleneck limiting hole (9) is formed in the inner bottleneck plate, and the shape of the bottleneck limiting hole is matched with the shape of the axial section of the bottleneck part of the wine bottle; the length of the five lower partition plates, the bottom plate, the inner bottleneck plate, the upper partition plate and the waist buffer sheet in the left-right direction is equal and is more than half of the maximum value of the corresponding width of the outer contour of the wine bottle.

2. A wine bottle cushioning packaging cut segment as claimed in claim 1, wherein a middle positioning piece (D1) is further provided; the root of the middle positioning sheet is connected to the outer side plate, the end part is a free end, and an inward concave middle slot (7) is arranged on the end part; correspondingly, the left side edge of the lower clapboard is provided with an inwards concave lower clapboard inserting groove (1), and the right side edge of the upper clapboard is provided with an inwards concave upper clapboard inserting groove (10); the lower partition plate slot and the upper partition plate slot are both in adaptive splicing with the middle slot.

3. A wine bottle cushioning packaging cut-out piece according to claim 1 or 2, wherein the upper and lower hole walls of the body limiting hole are connected with lateral limiting pieces (B1); the end of the lateral limiting sheet is a free end, and when the box is folded, the end of the lateral limiting sheet is lapped with the outer side plate.

4. A wine bottle cushioning packaging cut-out piece according to claim 3, wherein the end of the lateral spacing piece is provided with a concave lateral spacing piece slot (4); correspondingly, the end part of the waist buffer sheet is provided with an inward-concave waist buffer sheet slot (6); the lateral limiting piece slot is in adaptive splicing with the waist buffer piece slot.

5. A wine bottle cushioning packaging cut-out piece according to claim 1 or 2, wherein the upper and lower hole walls of the bottle body limiting hole and the positions corresponding to the lateral limiting pieces are provided with concave bottle taking grooves (3).

6. A wine bottle cushioning packaging cut-out piece according to claim 1 or 2, wherein the upper piece and the lower piece are connected by a connecting structure and/or a locking structure.

7. A wine bottle cushioning package cut-out piece according to claim 6, wherein said connecting structure is a middle connecting plate (H) which connects the lower side edge of the outer side plate of the upper sheet and the upper side edge of the outer side plate of the lower sheet, respectively.

8. A wine bottle cushioning packaging cut-out piece according to claim 6, wherein the locking structure is provided on the upper side edges of the inner body panel and the inner neck panel; the locking structure is a bolt (5); the lock tongue is in an inverted trapezoid shape, and the top edge of the lock tongue is flush with the upper side edge of the inner bottle body plate or the inner bottle neck plate; the two bevel edges are cutting lines, the bottom edges are crease lines, and the bevel edges are connected with the inner bottle body plate or the inner bottle neck plate in an embedded mode through the bottom edges.

9. A wine bottle cushioning packaging cut-out piece according to claim 1 or 2, wherein a finger hole (8) is provided through the top plate.

Images