CN210942836U

CN210942836U - Fruit packing bearing structure and fruit loading and displaying box

Info

Publication number: CN210942836U
Application number: CN201921994515.2U
Authority: CN
Inventors: 江宗英
Original assignee: Chongqing Hongjiu Fruit Co ltd
Current assignee: Chongqing Hongjiu Fruit Co ltd
Priority date: 2019-11-19
Filing date: 2019-11-19
Publication date: 2020-07-07
Anticipated expiration: 2029-11-19
Also published as: CN210942836U8

Abstract

The application discloses fruit packing bearing structure, including fruit packing carton and box support piece, fruit packing carton has at least one fruit and holds the chamber, and at least one side edge of fruit packing carton is for being platelike grafting limit, box support piece includes bottom plate and the book portion of being connected with the bottom plate, book position in the both ends of the same side of bottom plate and turn over the book portion inwards in opposite directions, book portion includes grafting portion that one end is connected with the bottom plate and the book portion of being connected with the grafting portion other end, wherein, grafting portion is equipped with a plurality of link up, with the slot of the grafting limit adaptation of fruit packing carton, it extends to the support intracavity between grafting portion and the bottom plate to turn over the book portion, wherein, the shape that the fruit that is close to the grafting limit holds the lower side edge of chamber and the shape looks adaptation that grafting portion top surface formed. A plurality of fruit packing boxes of cartridge come through setting up the box support piece that has a plurality of slots, realize the orderly pile up of fruit and transport in batches to the operation of getting of fruit packing box of being convenient for is put.

Description

Fruit packing bearing structure and fruit loading and displaying box

Technical Field

The application relates to the technical field of article packaging and displaying, in particular to a fruit packaging bearing structure and a fruit loading and displaying box with the same.

Background

The packaging, transportation and display of fruit is a link that must be experienced from the production to the distribution of the fruit. Wherein, in the transportation of fruit, the fruit probably leads to the orderliness and the convenience that the fruit received jolting, produced to collide with, put things in good order poor because the bearing structure who bears the weight of the fruit stability is relatively poor, the design is unreasonable, and then leads to fruit to rot or reduce the fruit looks.

SUMMERY OF THE UTILITY MODEL

Object of the application

Based on this, in order to improve the stability of bearing the bearing structure of fruit, avoid fruit to take place to collide with and damage in the transportation, improve the article looks, the stacking orderliness and the convenience of fruit, guarantee the fruit quality, this application discloses following technical scheme.

(II) technical scheme

In one aspect, the present application provides a fruit packing bearing structure comprising a fruit packing box and a box support;

the fruit packing box is provided with at least one fruit containing cavity, and at least one side edge of the fruit packing box is a plate-shaped inserting edge;

the box supporting piece comprises a bottom plate and a folding part connected with the bottom plate, the folding part is positioned at two ends of the same side of the bottom plate and is oppositely turned inwards, the folding part comprises an inserting part with one end connected with the bottom plate and a turning part connected with the other end of the inserting part, the inserting part is provided with a plurality of through inserting grooves matched with inserting edges of the fruit packaging box, and the turning part extends into a supporting cavity between the inserting part and the bottom plate; wherein,

the shape of the lower edge of the fruit containing cavity close to the inserting edge is matched with the shape formed by the outer surface of the top of the inserting part.

In a possible implementation manner, the inserting portion comprises a top inserting plate and a side inserting plate which are both flat and provided with the inserting slots, a bending angle is arranged between the top inserting plate and the side inserting plate, one end of the top inserting plate is connected with the bottom plate, the other end of the top inserting plate is connected with one end of the side inserting plate, and the other end of the side inserting plate is connected with the bending portion.

In a possible embodiment, the folding portions at two ends of the bottom plate comprise a first folding portion and a second folding portion, a first inclination angle is formed between the top plug board of the first folding portion and the bottom plate, a second inclination angle is formed between the top plug board of the second folding portion and the bottom plate, and the first inclination angle is larger than the second inclination angle; and,

the top plugboard of the first folding part and the top plugboard of the second folding part form a top included angle, and the position of the fruit containing cavity is matched with the top included angle.

In a possible embodiment, the side plug plates of the two end folding portions of the bottom plate are in contact with each other.

In a possible embodiment, two ends of the bottom plate extend outward in the same direction to form flanges, and the insertion portion of the folding portion is connected with the corresponding flange.

In a possible embodiment, the folded portion is flat and attached to the bottom panel, and a tip of the folded portion abuts against an inner side of the cuff.

In a possible embodiment, the box supporting member further includes a side wall portion connected to the bottom plate, the side wall portion extends from the end of the bottom plate to the side of the bottom plate where the rolling portion is located, and is connected with the flange to form a barrier structure.

In a possible implementation manner, a first insertion tongue extends outwards from the edge of the side edge of the turned edge, the side wall portion includes an outer side plate and an inner side plate connected with the outer side plate and forming a turned structure with the outer side plate, a second insertion tongue is arranged at the end of the inner side plate, the second insertion tongue is inserted into a preset insertion opening at the connection position of the bottom plate and the side wall portion, and the first insertion tongue is inserted into a gap between the outer side plate and the inner side plate.

In a possible embodiment, the fruit packing box comprises an outer cover provided with the at least one fruit containing cavity and a bottom support inserted into the outer cover.

In a possible embodiment, the outer cover comprises a cover plate with a flat outer edge, the cover plate is provided with a protruding portion forming the at least one fruit containing cavity, a plurality of reverse folding portions extend outwards from a plurality of edges of the cover plate, and the outer edge of the bottom support is connected with the plurality of reverse folding portions in an inserting mode.

In a possible embodiment, the edge of three adjacent sides of the cover plate is provided with the inflected parts, each inflected part is reversely bent and forms a gap with the cover plate, and the outer edge of the bottom support is inserted into the gap and is attached to the cover plate.

On the other hand, this application still provides a fruit loading display box, includes:

at least one fruit package carrying structure according to any one of the preceding claims, and

the outer box comprises a box body and a box cover correspondingly covered with the box body; wherein,

the fruit package bearing structure is placed in the box body.

In a possible embodiment, the box cover is integrated with the box body and is rotatably covered with the box body, and the front edge and the side edges of the box cover partially extend into the cavity of the box body in a covered state of the box body.

In one possible embodiment, the outer case further comprises: at least one partition plate sandwiched between adjacent ones of the cartridge supports within the case.

(III) advantageous effects

According to the fruit packaging bearing structure, the box supporting pieces with the slots are arranged to insert the multiple fruit packaging boxes, so that ordered stacking and batch transportation of fruits are realized, and the fruit packaging boxes are convenient to take and place; meanwhile, the turnover structure is arranged, and the slot is arranged on the turnover structure, so that the connection stability between the fruit packaging box and the box supporting piece is ensured, and the structural stability of the box supporting piece is enhanced.

According to the fruit loading and displaying box disclosed by the application, the box supporting pieces with the plurality of inserting grooves are arranged to insert the plurality of fruit packaging boxes, so that the ordered stacking, the batch transportation and the high-quality display of the fruits are realized, and the picking and placing operation of the fruit packaging boxes is facilitated; meanwhile, the turnover structure is arranged, and the slot is arranged on the turnover structure, so that the connection stability between the fruit packaging box and the box supporting piece is ensured, and the structural stability of the box supporting piece is enhanced.

Drawings

The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining and illustrating the present application and should not be construed as limiting the scope of the present application.

Fig. 1 is a schematic three-dimensional structure of a first embodiment of a fruit packaging carrier structure as disclosed herein.

Figure 2 is a schematic three-dimensional view of a first embodiment of a cartridge support for a fruit packaging carrier structure.

Fig. 3 is a three-dimensional cross-sectional view of the cartridge support slot of fig. 2.

Fig. 4 is a three-dimensional structure diagram of a box support provided with side gusset portions.

Fig. 5 is a schematic three-dimensional structure of the fruit packing box.

Fig. 6 is a schematic three-dimensional structure of a second embodiment of the fruit packaging carrier structure disclosed herein.

Fig. 7 is a schematic three-dimensional structure of the fruit loading and displaying box disclosed by the application in a covering state.

FIG. 8 is a schematic three-dimensional view of the fruit carrying and display case in an open display position, wherein the top cover of the outer case is not shown.

Detailed Description

In order to make the implementation objects, technical solutions and advantages of the present application clearer, the technical solutions in the embodiments of the present application will be described in more detail below with reference to the drawings in the embodiments of the present application.

A first embodiment of the fruit packaging carrier structure disclosed herein is described in detail below with reference to fig. 1-5.

As shown in fig. 1, the present embodiment mainly includes a fruit packing box 100 and a box supporting member 200. The fruit packing box 100 is a packing structure for directly wrapping fruits, and the fruits are directly placed in the fruit packing box 100. The box support 200 is used to support and carry a plurality of fruit packing boxes 100 filled with fruits, so as to facilitate the orderly stacking and mass transportation of the fruit packing boxes 100 filled with fruits through the box support 200.

The fruit packing box 100 has at least one fruit receptacle for directly receiving fruit. And at least one side edge of the fruit packing box 100 is a plate-shaped inserting edge 101, which is inserted to the box supporting member 200 through the inserting edge 101. The insertion edge 101 is generally configured to be thinner to reduce the space occupied by the cassette support member 200 and increase the number of fruit packing boxes inserted by the cassette support member 200. The outer contour of the fruit pack of fig. 1 is rectangular and therefore has only one plugging edge 101, but it should be noted that the number of plugging edges 101 can be adapted, for example, when a hexagon is used as the outer contour of the fruit pack, three plugging edges 101 are possible.

The case support 200 may be a paperboard, which includes a bottom plate 210 and a roll-folded portion connected to the bottom plate 210. The base plate 210 is generally flat and has a generally rectangular cross-section. The folded portions are located at two ends of the same side of the bottom plate 210 and are folded inwards in opposite directions. The bottom panel 210 is typically provided with two folds: the folding part 220 and the folding part 230, the folding part 220 and the folding part 230 are both located on one of the plate-shaped surfaces of the bottom plate 210, and are both folded from the outside to the inside.

The folded portions 220,230 include insertion portions 221,231 connected to the base plate 210 at one end thereof and folded portions 225,235 connected to the other ends of the

insertion portions

221, 231. The folding portion 220 includes an insertion portion 221 and a folding portion 225 connected to the insertion portion 221, and the folding portion 230 includes an insertion portion 231 and a folding portion 235 connected to the insertion portion 231. In the case of an outer packing case for accommodating a plurality of fruit packing cases 100, the case supporting member 200 corresponds to an inner liner of the inside of the outer packing case, and the fruit packing cases 100 are inserted into the

insertion parts

221 and 231 of the case supporting member 200.

The insertion parts 221,231 are provided with a plurality of insertion slots 224,234 which pass through the insertion parts themselves and are adapted to the size and shape of the insertion edges 101 of the fruit packs 100 for simultaneously inserting a plurality of fruit packs 100. The insertion portion 221 is provided with an insertion slot 224, and the insertion portion 231 is provided with an insertion slot 234. The slot 224 and the slot 234 are generally disposed in the same vertical plane to allow insertion of the flat plate-like mating edge 101. The maximum extent of the

slots

224 and 234 may be set to be approximately equal to the length of the insertion edge 101 to allow the fruit pack 100 to fit into the

slots

224 and 234.

The slots may be arranged to be evenly spaced from one end of the bottom plate 210 to the other. In fig. 2, 5 slots are uniformly arranged on the insertion part, so that the appearance of the fruit packaging box is improved. The inserting part can be arranged in a flat plate shape, and can also be arranged in an outwards convex arch shape or a wave shape. In addition, the insertion portion is at least partially located at the top of the rolling portion to facilitate the insertion of the fruit packing box 100, thereby facilitating the picking and placing operation of the fruit packing box.

The folded portions 225,235 extend into the support cavities 240,250 between the mating parts 221,231 and the base plate 210 as a restraint to the mating parts. Wherein the folded portion 225 extends into the supporting cavity 240, and the folded portion 235 extends into the supporting cavity 240. The support cavities 240 and 250 are cavities communicating with the outside and are formed by a certain distance between the base plate 210 and the

insertion parts

221 and 231. The folds 225,235 may be provided in different shapes, for example in the form of arches, waves or plates, etc. The turnover part guarantees the connection stability between the fruit packing box and the box supporting piece through the movement of the constraint insertion part, and the structural stability of the box supporting piece is enhanced.

As shown in fig. 2, the two

folding portions

220 and 230 of the bottom plate 210 are generally symmetrically arranged, and the folding portion 230 and the folding portion 220 have the same structure, so that the folding portion 230 includes an insertion portion 231 connected to the bottom plate 210 at one end and a folded portion 235 connected to the other end of the insertion portion 231. The insertion part 231 is provided with a plurality of through slots 234 adapted to the insertion edges of the fruit packing box 100, and the folded part 235 extends into the supporting cavity 250 between the insertion part 231 and the bottom plate 210.

The shape of the lower edge of the fruit receptacle adjacent the spigot edge 101 is adapted to the shape formed by the outer surfaces of the tops of the spigot 221 and spigot 231. Two fruit receptacles are shown in fig. 1: the fruit containing cavity 118 and the fruit containing cavity 119, the fruit containing cavity close to the inserting edge 101 is the fruit containing cavity 119 located below in the figure, the inserting parts 221,231 of the folding parts 220,230 are both flat plates, and the heights of the inserting part 221 and the inserting part 231 are the same, so that the outer surfaces of the tops of the two inserting parts 221,231 are formed into a plane, the lower side edge of the fruit containing cavity 119 is also a plane, and a gap or a joint contact is reserved between the lower side edge of the fruit containing cavity 119 inserted into the slot 224 and the slot 234 and the outer surfaces (planes) of the tops of the inserting part 221 and the inserting part 231, so that the gravity center of the fruit packing box 100 is further reduced, and the connection stability between the fruit packing box 100 and the box supporting piece 200 is enhanced.

It can be understood that the number and arrangement of the fruit cavities of the fruit packing box 100 shown in fig. 1 are only one of many embodiments, and according to the size and shape of the fruits, the fruit cavities of the fruit packing box 100 may be provided with more fruit cavities and may be distributed in a matrix form; and the top outer surfaces of the plugging portion 221 and the plugging portion 231 may also be formed with a shaped surface, such as a folded surface or a curved surface.

When the shape of the fruit is irregular, the fruit can be inserted into the inserting parts 221,231 with the outer surface of the top being a folded surface or a curved surface, and when the fruit is small and the number of the fruit is large, a plurality of fruit containing cavities close to the inserting edge 101 can be arranged, and the fruit can be inserted into the inserting parts 221,231 with the outer surface of the top being a wavy surface or a plane surface.

In the embodiment, the box supporting piece with the plurality of inserting grooves is arranged to insert the plurality of fruit packaging boxes, so that the ordered stacking and batch transportation of the fruits are realized, and the picking, placing and placing operations of the fruit packaging boxes are facilitated; meanwhile, the turnover structure is arranged, and the slot is arranged on the turnover structure, so that the connection stability between the fruit packaging box and the box supporting piece is ensured, and the structural stability of the box supporting piece is enhanced.

As shown in fig. 2 and 3, in an embodiment, the insertion portion includes a top insertion plate and a side insertion plate both having a flat plate shape and provided with slots, a bending angle is provided between the top insertion plate and the side insertion plate, one end of the top insertion plate is connected to the bottom plate 210, the other end of the top insertion plate is connected to one end of the side insertion plate, and the other end of the side insertion plate is connected to the bending portion.

The top inserting plate 222 and the side inserting plate 223 of the inserting part 221 are both provided with an inserting groove 224, and the top inserting plate 232 and the side inserting plate 233 of the inserting part 231 are both provided with an inserting groove 234. Top peg board 222 and top peg board 232 may be flat and parallel to base board 210, and side peg board 223 and side peg board 233 may be flat and perpendicular to base board 210, where the bending angle between top peg board 222 and side peg board 223 and the bending angle between top peg board 232 and side peg board 233 are both approximately 90 degrees.

Through setting up the grafting portion that has bending structure, can utilize the lateral part plugboard as the atress bearing structure of direction of gravity, the contact piece of top plugboard as adaptation in fruit appearance chamber shape cooperates fruit to hold the chamber and retrain the activity of fruit packing carton 100 better, increases the connection steadiness between fruit packing carton and the box support piece.

In one embodiment, the side panels of the two end folds of the bottom panel 210 are in abutting contact. The side pinboard 223 and the side pinboard 233 shown in fig. 1 are spaced apart to save material for the cartridge support 200; however, the length of the

side peg plates

223, 233 may also be set longer until there is a snug contact between them (not shown in fig. 1-3), which may further prevent the peg from collapsing downwards, enhance the structural stability of the box support and improve the stability of the connection between the fruit packing box and the box support.

As shown in fig. 1 and 2, in one embodiment,

flanges

211 and 212 extend outwardly from both ends of the bottom plate 210 in the same direction, and the insertion portion of the folded portion is connected to the corresponding flange. The burring 211 and the burring 212 have a generally rectangular flat plate shape and may be disposed perpendicular to the base plate 210. Plug-in connection portion 221 is connected with turn-ups 211, and plug-in connection portion 231 is connected with turn-ups 212. When the flanging is not arranged, the insertion part is directly connected with the bottom plate 210, and the insertion part can be arranged to be arched; the flanging is arranged in the embodiment, and the height of the joint of the bottom plate 210 and the insertion part can be increased by the flanging, and the top outer surface of the insertion part is favorably set to be a plane.

It should be noted that, when the top outer surface of the two insertion parts 221,231 is formed in a plane shape, and the flange is a flat plate perpendicular to the bottom plate 210, the support cavity is approximately a square space, and the folded part and the flange form a "square" structure.

Through setting up the turn-ups, can improve box support piece 200's structural strength and improve the stability of being connected between fruit packing carton and the box support piece to under the terminal butt of turn-ups in the inboard condition of turn-ups, can further avoid grafting portion to cave in downwards.

In one embodiment, as shown in fig. 2, the flap is flat and attached to the base panel 210, and the tip of the flap abuts the inside of the cuff.

The folded

portions

225 and 235 each having a flat plate shape can be brought into contact with the bottom plate 210. Since the extending direction of the folded part 225 is to extend into the supporting cavity 240 and the extending direction of the folded part 235 is to extend into the supporting cavity 240, the folded part 225 actually extends toward the flange 211 and the folded part 235 extends toward the flange 212. In addition, in the embodiment, the turnover part extends to be abutted to the inner side wall of the turnover edge, the insertion part is supported in the turnover direction, the downward collapse of the insertion part is avoided, the structural stability of the box support part is enhanced, and the connection stability between the fruit packaging box and the box support part is improved.

In one embodiment, as shown in fig. 1 and 4, the box support 200 further comprises a side gusset portion 260 connected to the bottom plate 210, wherein the side gusset portion 260 extends from the end of the bottom plate 210 to the side of the bottom plate 210 where the folded portion is provided and is connected with the cuff to form a barrier structure.

The side gusset portions 260 are located at both ends of the bottom plate 210 and detachably coupled to the corresponding flanges 211. Both ends of one of the side gusset portions 260 are connected to the flanges 211, and both ends of the other side gusset portion 260 are connected to the flanges 212, and only the flanges 211 and the side gusset portions 260 connected to the flanges 211 are shown in fig. 4.

The height of the side walls is usually set flush with the top surface of the plug part, especially in the case of flat top, flange and bottom plates and the side plug plates are in abutting contact, the box support is in the form of a hollow cuboid provided with slots.

The detachable connection mode of the side wall part and the turned edge can be as follows: the edge of the side edge of the turned edge extends outwards to form a first inserting tongue, the side wall part comprises an outer side plate and an inner side plate which is connected with the outer side plate and forms a turning structure with the outer side plate, the tail end of the inner side plate is provided with a second inserting tongue, the second inserting tongue is inserted into a preset inserting opening at the joint of the bottom plate and the side wall part, and the first inserting tongue is inserted into a gap between the outer side plate and the inner side plate.

The height of the outer side plate and the height of the inner side plate are approximately the same as the flanging, the outer side plate extends upwards, the inner side plate extends downwards after being turned over and is inserted into the socket serving as the through hole through the second inserting tongue, and the height of the second inserting tongue is approximately the same as the height of the socket, so that the second inserting tongue is flush with the end part of the other side of the socket after being inserted into the socket. A gap is formed between the turned inner side plate and the turned outer side plate, and the first inserting tongue is inserted into the gap. Because the relative rotation (bending) shaft between the flanging and the bottom plate and the relative rotation (bending) shaft between the side wall part and the bottom plate are different, for example, the approximate difference is 90 degrees, and the included angle between the edges of the bottom plate, which are connected with the flanging and the side wall part, is determined, the rotation movement of the flanging is restrained and fixed, and the structural stability is enhanced.

The connection relation is established through the book portion that sets up the side bounding wall messenger bottom plate both sides, has shared the atress of book portion to can avoid the structural deformation to damage jointly through another side book portion when one side book portion atress, bear fruit packing carton better and tolerate rocking of fruit packing carton.

As shown in FIG. 5, in one embodiment, the fruit packing box 100 includes an outer cover 110 having fruit receiving cavities and a base 120 that is inserted into the outer cover 110.

The outer cover 110 may be made of transparent plastic, and the bottom support 120 is usually made of flat cardboard, so that the fruit packing box becomes a blister box. In the aspect of fruit packaging and transportation, the outer cover 110 is equivalent to an upper support of fruits, the bottom support 120 is equivalent to a lower support of the fruits, most surfaces of the fruits are covered by the

fruit containing cavities

118 and 119, and the bottom support 120 is inserted into the outer cover 110 to complete the full coverage of the fruits, so that the fruits are contained. In addition, the bottom support 120 may have a vent hole at a position corresponding to one or more of the fruit cavities.

The cork base can be quickly pulled out of and inserted into the outer cover in an inserting mode, and fruits can be conveniently loaded into and taken out of the cork base.

In one embodiment, as shown in fig. 5, the outer cover 110 includes a cover plate 111 having a flat outer edge, the cover plate 111 has a protrusion 112 forming at least one fruit container, a plurality of inflected portions 113 extend outward from a plurality of edges of the cover plate 111, and the outer edge of the base 120 is inserted into the inflected portions 113.

The projections 112 project above the lid plate 111. the lid plate 111 in fig. 5 has two projections 112, one of which cooperates with the mounting 120 to form a fruit receptacle 118 and the other of which cooperates with the mounting 120 to form a fruit receptacle 119. It can be understood that the fruit cavities can be communicated with each other to form a cavity capable of containing a plurality of fruits.

Bear the gravity of collet and restraint collet and can only move in the direction that does not set up the inflection portion through inflection portion and just can break away from the dustcoat, when putting the direction that does not set up the inflection portion of dustcoat up, can effectively avoid the collet to break away from the dustcoat under the unexpected condition for the fruit can not drop.

As shown in fig. 5, in one embodiment, the edges of three adjacent sides of the cover plate 111 are provided with reverse-folded portions 113, each reverse-folded portion 113 is reversely bent and forms a gap with the cover plate 111, and the outer edge of the base support 120 is inserted into the gap and is attached to the cover plate 111.

When the edge profile of the cover plate 111 is rectangular, the inflected parts 113 are usually disposed on three adjacent sides of the cover plate 111, which are parallel to the cover plate 111 and have a certain gap with the cover plate 111, and the base 120 is inserted into the gap from the side where the inflected parts 113 are not disposed, so as to implement the plugging.

A second embodiment of the fruit packaging carrier structure disclosed herein is described in detail below with reference to fig. 6.

As shown in fig. 6, the present embodiment mainly includes a fruit packing box 500 and a box supporting member 600. The fruit packing box 500 is a packing structure for directly wrapping fruits, and the fruits are directly placed in the fruit packing box 500. The cartridge support 600 is used to support and carry a plurality of fruit packing boxes 500 containing fruits so as to facilitate the orderly stacking and mass transportation of the fruit packing boxes 500 containing fruits through the cartridge support 600.

The fruit packing box 500 has at least one fruit receptacle for directly receiving fruit. And at least one side edge of the fruit packing box 500 is a plate-shaped insertion edge (not shown) through which it is inserted to the box supporter 600.

The cartridge support 600 may be a paperboard including a bottom plate and a folded portion connected to the bottom plate. The base plate is generally flat and has a generally rectangular cross-section. The rolling parts are positioned at two ends of the same side of the bottom plate and are turned inwards in opposite directions. The bottom plate is usually provided with two folding portions, and the two folding portions are both positioned on one plate-shaped surface of the bottom plate and are both folded from outside to inside.

The rolling and folding part comprises an inserting part with one end connected with the bottom plate and a turning and folding part connected with the other end of the inserting part. One of the folded portions includes the insertion part 621 and a folded portion (not shown in fig. 6) connecting the insertion part 621, and the other folded portion includes the insertion part 631 and a folded portion 635 connecting the insertion part 631.

The insertion part is provided with a plurality of insertion slots which run through the insertion part and are matched with the insertion edges of the fruit packaging boxes 500 in size and shape, so that the fruit packaging boxes 500 can be inserted simultaneously. Wherein, the inserting portion 621 is provided with an inserting slot 624, and the inserting portion 631 is provided with an inserting slot 634. The slot 624 and the slot 634 are generally disposed in the same plane to allow insertion of the flat plate-like mating edge.

The turnover part extends to the supporting cavity between the insertion part and the bottom plate and is used as a constraint structure for the movement of the insertion part. Wherein the folded part of the plugging part 621 extends into the supporting cavity (not shown in fig. 6), and the folded part 635 of the plugging part 631 extends into the supporting cavity 650. The supporting cavity is a cavity communicated with the outside and is formed by a certain distance between the bottom plate and the inserting part. The turnover part guarantees the connection stability between the fruit packing box and the box supporting piece through the movement of the constraint insertion part, and the structural stability of the box supporting piece is enhanced.

The shape of the lower edge of the fruit receptacle adjacent the spigot edge is adapted to the shape formed by the outer surfaces of the tops of spigot 621 and 631.

The inserting part comprises a top inserting plate and a side inserting plate which are both flat-plate-shaped and are provided with slots, a bending angle is arranged between the top inserting plate and the side inserting plate, one end of the top inserting plate is connected with the bottom plate, the other end of the top inserting plate is connected with one end of the side inserting plate, and the other end of the side inserting plate is connected with the bending part.

Slots 624 are formed in the top board 622 and the side board of the inserting portion 621, and slots 634 are formed in the top board 632 and the side board of the inserting portion 631. Since the side socket plates of the socket 621 and the socket 631 in fig. 6 are in contact with each other, the side socket plates of the socket 621 and the socket 631 are not shown in fig. 6.

The book of bottom plate both ends is folded the portion and is included two book portions: first book folded portion and second book folded portion, grafting portion 621 belongs to first book folded portion, and grafting portion 631 belongs to second book folded portion. The difference between this embodiment and the first embodiment of the fruit packing bearing structure is mainly that the top plug board 622 of the first folding portion has a first inclination angle with the bottom board, the top plug board 632 of the second folding portion has a second inclination angle with the bottom board, and the first inclination angle is greater than the second inclination angle.

Moreover, the top plug board 622 of the first folding portion and the top plug board 632 of the second folding portion form a top included angle, and the position of the fruit container 518 is matched with the top included angle.

In particular, fig. 6 shows a fruit cavity 518, which is a fruit cavity near the insertion edge. Both the inserting part 621 and the inserting part 631 are flat plates, and the heights of the inserting part 621 and the inserting part 631 are different, so that the outer surface surfaces of the tops of the two inserting parts 621,631 are formed into a folded surface which is recessed downwards, at this time, the lower edge of the fruit containing cavity 518 is also a flat surface, and a gap or a fitting contact is reserved between the lower edge of the fruit containing cavity 518 inserted into the slot 624 and the slot 634 and the outer surface (folded surface) of the tops of the inserting part 621 and the inserting part 631, as shown in fig. 6, the fruit containing cavity 518 is set to have a certain inclination on the plane of the outer cover 510, and is matched with the edge profile of the fruit containing cavity 518, so that one side of the fruit containing cavity 518 which is long in length and small in radian or even has no radian (is a straight line) is close to or is fitted to the top inserting plate 632, and one side of the fruit containing cavity 518 which is short in length.

In the embodiment, the box supporting piece with the plurality of inserting grooves is arranged to insert the plurality of fruit packaging boxes, so that the ordered stacking and batch transportation of the fruits are realized, and the picking, placing and placing operations of the fruit packaging boxes are facilitated; meanwhile, the turnover structure is arranged, and the slot is arranged on the turnover structure, so that the connection stability between the fruit packaging box and the box supporting piece is ensured, and the structural stability of the box supporting piece is enhanced; in addition, the shape of the fruit containing cavity is matched by setting the angle between the top insertion plate and the bottom plate, so that the gravity center of the fruit packing box is further reduced, and the connection stability between the fruit packing box and the box supporting piece is enhanced.

In one embodiment, the side plug plates of the two end folding parts of the bottom plate are in contact with each other. This can further avoid the grafting portion to collapse downwards, has strengthened box support piece's structural stability and has improved the connection steadiness between fruit packing carton and the box support piece.

As shown in fig. 6, in one embodiment, two ends of the bottom plate extend outward in the same direction to form flanges, and the insertion portion of the folding portion is connected with the corresponding flange. The flanges are generally rectangular flat and may be arranged perpendicular to the base plate. The plug part 631 is connected to the flange 612, the flange of the plug part 621 not being shown in the figure.

Through setting up the turn-ups, can improve box support piece 600's structural strength and improve the stability of being connected between fruit packing carton and the box support piece to under the terminal butt of turn-ups portion in the inboard condition of turn-ups, can further avoid grafting portion to sink downwards.

In one embodiment, the folded portion is flat and attached to the bottom panel, and a tip of the folded portion abuts against an inner side of the cuff. The turnover part extends to and turns over the butt of inside wall of the edge, and plays a supporting role in the turnover direction to the insertion part, so that the insertion part is prevented from collapsing downwards, the structural stability of the box supporting piece is enhanced, and the connection stability between the fruit packaging box and the box supporting piece is improved.

In one embodiment, as shown in fig. 6, the box support 600 further comprises a side gusset connected to the bottom panel, the side gusset extending from the end of the bottom panel to the side of the bottom panel where the folded portion is located and connected to the cuff to form a containment structure. The two ends of the bottom plate are respectively provided with a side wall part 660 and a side wall part 670, and the side wall part 660 and the side wall part 670 are detachably connected with the flanges at the two ends of the bottom plate. Since the flanges on the two sides of the bottom plate are different in height in this embodiment, the height of the side wall portion is set to be lower than the flange 612 connected to the inserting portion 631 and flush with the flange connected to the inserting portion 621.

In one embodiment, the fruit packing box 500 includes an outer cover 510 defining fruit wells and a base inserted into the outer cover 510.

The outer cover 510 can be made of transparent plastic, the bottom support (not shown in fig. 6) is made of flat thin paper boards, in the aspect of fruit packaging and transportation, the outer cover 510 is equivalent to an upper support of fruits, the bottom support is equivalent to a lower support of the fruits, most surfaces of the fruits are covered by the fruit containing cavity 518, and the bottom support is inserted into the outer cover 510 to complete the full coverage of the fruits, so that the fruit containing mode is realized. In addition, the positions on the bottom support corresponding to one or more fruit containing cavities can be provided with vent holes.

In one embodiment, the housing 510 includes a cover plate 511 having a flat outer edge, the cover plate 511 has a protrusion 512 forming at least one fruit container, a plurality of inflections extend outward from a plurality of edges of the cover plate 511, and the outer edge of the base is inserted into the inflections.

The protrusions 512 protrude from the cover plate 511. the cover plate 511 in fig. 6 has two protrusions 512 that are connected to each other, and the two protrusions 512 cooperate with the bottom plate to form a fruit container 518 capable of containing a plurality of fruits.

In one embodiment, the edges of three adjacent sides of the cover plate 511 are provided with reverse-folded portions, each reverse-folded portion is reversely bent and forms a gap with the cover plate 511, and the outer edge of the bottom support is inserted into the gap and is attached to the cover plate 511.

When the edge profile of the cover plate 511 is rectangular, the inflected parts are usually disposed on three adjacent edges of the cover plate 511, which are parallel to the cover plate 511 and have a certain gap with the cover plate 511, and the bottom support is inserted into the gap from the edge where the inflected part is not disposed, so as to implement the plugging.

The specific structures of the components such as the fruit packaging box, the bottom plate, the turned-over edge, the side wall part and the like in this embodiment can refer to the structural arrangement described in the first embodiment of the fruit packaging bearing structure, and are not repeated one by one.

The fruit loading and displaying box disclosed in the present application is described in detail with reference to fig. 7 to 8.

As shown in fig. 7-8, the present embodiment mainly comprises an outer box 900 and at least one fruit packing bearing structure.

The outer case 900 includes a case body 910 and a case cover 920 covering the case body 910. Specifically, the case 910 may be provided in a rectangular parallelepiped shape, and the height of the front barrier 911 may be set lower than that of the rear barrier 912. In addition, the box 910 is typically made of cardboard. The fruit loading and displaying box can also be used as a PDQ (Products Display quick Display) structure transfer box.

The fruit packing bearing structure includes a fruit packing box and a box support member, and the fruit packing bearing structure is placed in the box body 910. Where the box volume is arranged to be small and able to accommodate only one fruit pack carrying structure, the laterally located components of the box supports may be arranged to be in abutting contact with the inner side walls of the box 910 to provide a displacement restraint to the fruit pack carrying structure. When the box volume is set to be large and can accommodate a plurality of fruit packing bearing structures, the box supports are set to be in linear arrangement, and the components located at the outer side of the box supports located at the outermost side can be set to be in contact with the inner side wall of the box 910 in a fitting manner, so as to form the constraint on the displacement of the fruit packing bearing structures.

The cartridge support member may be the cartridge support member 200 of the first embodiment, that is, the top outer surfaces of the connectors of the two folded portions of the cartridge support member 200 are flush with each other and are formed in a flat shape; the box supporting member may also be only the box supporting member 600 in the second embodiment, that is, the top outer surfaces of the two plug connectors of the rolling and folding part in the box supporting member 600 have an included angle, the inclination angle between the top outer surface of one plug connector and the bottom plate is larger than that between the top outer surface of the other plug connector and the bottom plate, and the formed shape is a folding surface; when a plurality of cartridge supports are provided, the cartridge supports of the first and second embodiments described above may be included.

The case 910 shown in fig. 8 includes both one cartridge support 200 and one cartridge support 600, and the case 910 can accommodate three cartridge supports, the cartridge support in the middle position not shown, exposing only the bottom panel 914 of the case 910. Wherein, only one fruit packing box 100 with separated fruit containing cavities is inserted on the box supporting member 200, only one fruit packing box 500 with communicated fruit containing cavities is inserted on the box supporting member 600, and the rest

fruit packing boxes

200 and 500 are not shown.

The slots provided on each of the tray supports may be arranged to be spaced evenly from one end of the bottom plate 210 to the other end thereof, so as to improve the appearance of the fruit packing tray.

A box supporting piece with a plurality of inserting grooves is arranged in the box body to insert a plurality of fruit packaging boxes, so that ordered stacking, batch transportation and high-quality display of fruits are realized, and the picking and placing operation of the fruit packaging boxes is facilitated; meanwhile, the turnover structure is arranged, and the slot is arranged on the turnover structure, so that the connection stability between the fruit packaging box and the box supporting piece is ensured, and the structural stability of the box supporting piece is enhanced.

In one embodiment, the cover 920 is integral with the housing 910 and rotatably covers the housing 910, and the front and side edges of the cover 920 partially extend into the cavity of the housing 910 in the closed state. As shown in fig. 7, the case cover 920 may include a top cover 921, a front edge 922 and a side edge 923, wherein a gap 924 for communicating the cavity in the case body 910 with the outside is provided between the front edge 922 and the side edge 923, and is used for air circulation. When the housing is in the closed state, the front edge 922 is provided such that the outer wall thereof comes into contact with the inner wall of the front fender 911 of the housing 910, and the side edge 923 is provided such that the outer wall thereof comes into contact with the inner wall of the side fender 913 of the housing 910.

In one embodiment, the outer case 900 further includes at least one divider interposed between adjacent case supports within the case 910. As shown in fig. 8, two partitions are provided in the case, wherein the partition 931 separates the case holder 200 from other components in the chamber of the case 910, and the partition 932 separates the case holder 600 from other components in the chamber of the case 910.

In the description of the present application, it is to be understood that the terms "center", "longitudinal", "lateral", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on those shown in the drawings, and are used merely for convenience in describing the present application and for simplifying the description, and do not indicate or imply that the referenced device or element must have a particular orientation, be constructed in a particular orientation, and be operated, and therefore should not be construed as limiting the scope of the present application.

In this document, "first", "second", and the like are used only for distinguishing one from another, and do not indicate their degree of importance, order, and the like.

The above description is only for the specific embodiments of the present application, but the scope of the present application is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present application should be covered within the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.

Claims

1. A fruit packing bearing structure is characterized by comprising a fruit packing box and a box supporting piece;

2. The fruit packaging bearing structure of claim 1 wherein the insertion portion comprises a top insertion plate and a side insertion plate both having a flat plate shape and both having the insertion slot, the top insertion plate and the side insertion plate have a bent angle therebetween, one end of the top insertion plate is connected to the bottom plate, the other end of the top insertion plate is connected to one end of the side insertion plate, and the other end of the side insertion plate is connected to the folded portion.

3. The fruit packaging carrier structure of claim 2 wherein the tucked portions at each end of the bottom panel include a first tucked portion having a first angle of inclination with respect to the bottom panel and a second tucked portion having a second angle of inclination with respect to the bottom panel, the first angle of inclination being greater than the second angle of inclination; and,

4. A fruit packing carrier structure as claimed in claim 2 or claim 3 wherein the side pinboard of the bottom panel at the two end folds are in abutting contact.

5. The fruit packing bearing structure of any one of claims 1-3 wherein said bottom panel has flanges extending outwardly from opposite ends thereof in the same direction, said flanges being connected to respective ones of said flanges by means of mating portions of said flanges.

6. The fruit packaging carrier structure of claim 5 wherein the flap is flat and abuts the bottom panel and the end of the flap abuts the inside of the cuff.

7. The fruit packaging carrier structure of claim 5 wherein the box support further comprises a gusset portion connected to the bottom panel, the gusset portion extending from the end of the bottom panel to the side of the bottom panel where the rolled portion is located and connecting with the flange to form a containment structure.

8. A fruit packing load bearing structure as claimed in any one of claims 1 to 3, wherein the fruit packing box includes an outer cover provided with the at least one fruit cavity and a base plate inserted into the outer cover.

9. A fruit loading and displaying box is characterized by comprising:

at least one fruit packaging carrier structure according to any one of claims 1 to 8, and

the fruit package bearing structure is placed in the box body.

10. The fruit loading and display bin of claim 9 wherein the outer bin further comprises: at least one partition plate sandwiched between adjacent ones of the cartridge supports within the case.