CN111605855B

CN111605855B - Display integrated packing box

Info

Publication number: CN111605855B
Application number: CN202010478686.0A
Authority: CN
Inventors: 向成红
Original assignee: Chongqing Hexin Packaging Printing Co ltd
Current assignee: Chongqing Hexin Intelligent Technology Co ltd
Priority date: 2020-05-29
Filing date: 2020-05-29
Publication date: 2022-05-10
Anticipated expiration: 2040-05-29
Also published as: CN111605855A

Abstract

The invention relates to the technical field of product packaging, and particularly discloses an integrated display packaging box which comprises an outer box and at least two liners, wherein the liners are detachably connected with the outer box, each liner comprises a base and a back plate, the bases are connected with the back plates, the liners are symmetrically arranged in the outer box, the back plates are attached to the inner wall of the outer box, the bases are used for supporting a display, and the distance between the bases of the liners is larger than the width of a display screen on the display. This scheme is used for solving display and inside lining in prior art display transportation and forms the striking to the outer box in the outer container and produce the vibration and make outer container low problem of intensity.

Description

Display integrated packing box

Technical Field

The invention relates to the technical field of product packaging, in particular to an integrated packaging box for a display.

Background

At present, most of flat display screens are more and more widely used, when the flat display screens are packaged, the displays are generally packaged by adopting an outer packaging box and a built-in buffer gasket, most of buffer materials of the flat display screens adopt EPS or EPE which are difficult to degrade, the buffer materials not only occupy a large space in the transportation process, but also are easy to deform or wear in long-distance transportation, for example, the EPE material is soft in texture and easy to creep after being pressed for a long time, so that the effect of taking both supporting and buffering is difficult to achieve; for EPS materials, the EPS foam is easy to generate fragments and static electricity when colliding with a display in long-term transportation, and the static electricity is large and accompanied with a plurality of fine foams when the display is taken out, so that a user experience of unpacking is poor.

Among the prior art, to the packing of display have adopt the outer container with have buffer function's inside lining to constitute, the inside lining is formed by the cardboard preparation, plays the cushioning effect to the display through non-deformable's inside lining.

However, because the transportation situation is not controlled by people, the existing lining often moves in the outer box, and after long-term transportation, the outer box is extruded and vibrated by the outside and extruded by the lining and the display, so that the whole packaging buffer performance and the strength performance of the display are reduced.

Disclosure of Invention

The invention aims to provide an integrated packaging box for a display, and aims to solve the problem that the strength of an outer box is low because the display and a lining impact the outer box in the outer box to generate vibration in the transportation process of the display in the prior art.

In order to achieve the above object, the basic scheme of the invention is as follows:

display integration packing box includes outer container and inside lining, and the quantity of inside lining is two at least, and the inside lining can be dismantled with the outer container and be connected, and every inside lining all includes base and backplate, and the base is connected with the backplate, and the inside lining is symmetrical in the outer container and is installed, and the backplate pastes with the outer container inner wall mutually, and the base is used for supporting the display, and the distance between the inside lining base is greater than the width of display screen on the display.

Compare the beneficial effect in prior art:

when the scheme is adopted, the inner lining is detachably connected with the outer box to form a whole, so that the overall strength of the packing box formed by the outer box and the inner lining is enhanced, and the packing box can meet the existing transportation requirements; the inner liner and the outer box are integrated, the inner liner cannot impact the outer box together with the display in the transportation process like the prior art, but the display independently impacts the whole packing box formed by the outer box and the inner liner, so that the impact strength of the outer box is reduced, and the anti-vibration effect of the packing box is equivalently improved.

In the scheme, the bases on the inner lining support the display, and the distance between the two bases is greater than the width of the display screen on the display, so that a suspended space is formed between the display screen and the outer box, and the impact force of the packing box is not directly transmitted to the display screen even if the outer part of the packing box is impacted in the transportation process, so that the display screen is protected; even if the display vibrates in the packing box, the display screen is not influenced because the base is not contacted with the display screen, and the display screen is protected equivalently.

In addition, in this scheme, the backplate pastes with the outer container inner wall mutually, and the backplate is connected with the base again, has increased the intensity of packing box lateral wall in other words for the shock resistance and the compressive property of packing box all obtain promoting.

Further, the quantity of inside lining is two, and every inside lining still includes the pterygoid lamina, and the pterygoid lamina is connected with the backplate, forms the crease between pterygoid lamina and the backplate, and pterygoid lamina and backplate and outer container inner wall all around paste, and the backplate of two inside linings and pterygoid lamina enclose to close the space of placing that forms the display.

Has the advantages that: the wing plate is pasted with the inner wall all around of backplate and outer container, all strengthens in the lateral wall all around of packing box in other words, and the intensity of packing box further improves.

When the packing box is used, the display is placed on the base of placing the space, form unsettled space between the display screen of display and the outer container, and the lateral wall all around of outer container pastes with pterygoid lamina and backplate again, and can place other parts in one side of the display screen of keeping away from at the display, like CD, driver etc., also all around and upper and lower two sides of display have all formed the protection, protection effect to the display is better (the display is all around by the pterygoid lamina, the backplate protection, the unsettled space protection that the display screen of display bottom supported by the base, and there is the CD again at the top of display, the driver protects it).

Furthermore, the outer box adopts a folding type carton, the outer box comprises a front body plate, a rear body plate, a left body plate and a right body plate, the front body plate is opposite to the rear body plate, the left body plate is opposite to the right body plate, the front body plate, the rear body plate, the left body plate and the right body plate enclose the periphery of the outer box, the back plate of one lining is attached to the front body plate, the back plate of the other lining is attached to the rear body plate, two ends of the front body plate and the rear body plate are both connected with side wings, and two wing plates of the same lining are respectively fastened with the two side wings of the front body plate or the rear body plate; the left body plate and the right body plate both comprise an outer body plate and an inner body plate, the outer body plate and the inner body plate are folded to be parallel, and the wing wings and the wing plates of the lining are fixed between the outer body plate and the inner body plate after the inner body plate is folded inwards.

Has the advantages that: the folding outer box is adopted, the folding forming cost is low, the outer box is formed after the folding is finished, in the folding process of the outer box, after the wing plates on the lining are buckled with the side wings on the outer box, the outer box and the lining are connected into a whole, then the side wings with the wing plates are placed between the inner body plates and the outer body plates of the left body plate and the right body plate according to the folding mode of the outer box, and finally after the inner body plates are folded, the placing space inside the outer box is completely displayed; the whole process is simple to operate, and the lining and the outer box are nested into a whole, so that the strength of the integrated packing box formed by the outer box and the lining is better.

Furthermore, a viewing window convenient for viewing the display in the placing space is arranged at the corresponding position of the outer box and one of the inner liners.

Has the advantages that: after the display production is accomplished, can post the label on the display, if the qualified label of all kinds of tests that need paste in the display production process, like the bar code label etc. of representative display batch again, through the setting of observation window, be convenient for after the display packing, conveniently the inspection to the display condition under the condition of not opening the outer container to whether the inspector looks over this display and accomplishes all tests, whether have corresponding correct batch label, also can see through the observation window simultaneously whether the display places qualifiedly.

Further, the wing plate comprises a middle plate and a stack plate folded towards the middle plate, and the number of the stack plate is at least two.

Has the advantages that: the pterygoid lamina includes medium plate and two at least folded sheets, and the existence of folded sheet has increased the thickness of pterygoid lamina in the inside lining, and a plurality of folded sheets all fold to the medium plate for the thickness of pterygoid lamina comprises multilayer cardboard, when strengthening pterygoid lamina intensity, also makes the buffer capacity of pterygoid lamina better.

Further, the base includes five seat folded plates that connect gradually, and five seat folded plates are including the first folded plate, second folded plate, third folded plate, fourth folded plate and the fifth folded plate that connect gradually, and folding back is mutually perpendicular between the adjacent seat folded plate, and the fifth folded plate is spliced with first folded plate, and the fifth folded plate pastes with first folded plate.

Has the advantages that: the base is formed by five seat folding plates which are sequentially connected, and the adjacent seat folding plates are mutually vertical, so that the formed base is square, and the base is convenient for supporting the display; in addition, the base is formed by folding a plurality of seat folding plates, the strength of the base is better, and the buffering performance of the base is also better.

Further, the back plate comprises five back folded plates which are sequentially connected, the five back folded plates comprise a sixth folded plate, a seventh folded plate, an eighth folded plate, a ninth folded plate and a tenth folded plate which are sequentially connected, after being folded, the adjacent back folded plates are mutually vertical, and the tenth folded plate is attached to the sixth folded plate; the sixth folded plate of the back plate is connected with the first folded plate of the base; the third folded plate of the base is provided with a socket, the back plate is provided with a plug tongue which is plugged with the socket, and the ninth folded plate of the back plate is attached to the third folded plate of the base after the back plate is folded.

Has the advantages that: the backplate possesses five back folded plates, and backplate fold forming mode is the same with the base, and the workman is skilled as the base shaping to backplate fold forming's operation, is favorable to production efficiency's promotion.

The back plate is connected with the seat folding plate of the base in an inserting mode through the back folding plate, so that the connection is simple, and meanwhile, the strength of the lining is improved.

Furthermore, the back folding plate is connected with a resisting plate, the resisting plate is connected with the eighth folding plate, the resisting plate is provided with a crease, and the resisting plate can be propped between the eighth folding plate and the sixth folding plate after being folded along with the five back folding plates.

Has the advantages that: the suspension space between the sixth folded plate and the eighth folded plate is supported by the supporting plate, so that the back plate has better shock resistance when being impacted.

Further, be equipped with the handle groove on the outer container, be equipped with the handle hole that can coincide with the handle groove on one of them inside lining, the handle hole sets up on sixth folded plate and eighth folded plate.

Has the advantages that: through the setting of handle groove and two handle holes for when installing the handle on the packing box, the handle passes two back of the body folded plate (sixth folded plate and eighth folded plate) on outer container and the inside lining, and the handle is stronger with the joint strength of packing box, more is favorable to the bearing.

Further, handle hole department is connected with the buffer board, is equipped with the crease on the buffer board, and the buffer board can support eighth folded plate and sixth folded plate after folding along with back of the body folded plate.

Has the advantages that: utilize the material on the handle hole, simultaneously, the buffer board has the crease for the buffer board supports sixth folded plate and tenth folded plate after folding along with the back folded plate, is favorable to improving the intensity of handle mounted position.

Drawings

FIG. 1 is an isometric view of an embodiment of the invention;

FIG. 2 is an expanded top view of the carton of the outer carton in an embodiment of the present invention;

FIG. 3 is an expanded top view of a sheet of paperboard with a viewing window liner in an embodiment of the invention;

FIG. 4 is an expanded top view of a blank of a liner with handle holes according to an embodiment of the invention;

FIG. 5 is an isometric view of the folded liner of FIG. 3 after one of the flaps in the blank has been folded;

FIG. 6 is an isometric view of the liner of FIG. 5 after the flaps and base have been folded;

FIG. 7 is an isometric view of the liner of FIG. 6 with the flaps, back panel and base folded from the cardboard sheet;

FIG. 8 is an isometric view of the liner of FIG. 7 in another orientation;

figure 9 is an isometric view of two liners within an outer box in an embodiment of the present invention.

Detailed Description

The following is further detailed by way of specific embodiments:

reference numerals in the drawings of the specification include: the outer box 1, the box cover 11, the handle groove 111, the bottom plate 12, the front body plate 13, the rear body plate 14, the side wing 131, the left body plate 15, the outer body plate 151, the inner body plate 152, the connecting plate 153, the right body plate 16, the observation window 161, the observation plate 162, the inner liner 2, the base 3, the first folding plate 31, the second folding plate 32, the third folding plate 33, the fourth folding plate 34, the fifth folding plate 35, the insertion opening 36, the back plate 4, the sixth folding plate 41, the seventh folding plate 42, the eighth folding plate 43, the ninth folding plate 44, the tenth folding plate 45, the insertion tongue 46, the abutting plate 47, the buffer plate 48, the wing plate 5, the middle plate 51, the folding plate 52, the supporting plate 53, the handle hole 8, the buckle plate 9 and the buckle opening 10.

The dotted lines of the cardboard in the drawing indicate the indentations and the solid lines in the cardboard indicate the cutting lines.

The embodiment is substantially as shown in the accompanying figures 1 to 9:

with reference to fig. 1, 2 and 9, the integrated display packaging box includes an outer box 1 and two inner liners 2, the outer box 1 and the inner liners 2 are formed by folding paper boards, the outer box 1 adopts an 0409 type folding outer box 1, the outer box 1 includes a box cover 11, a bottom plate 12, a front body plate 13, a rear body plate 14, a left body plate 15 and a right body plate 16, the front body plate 13, the rear body plate 14, the left body plate 15 and the right body plate 16 are all connected with the bottom plate 12, the front body plate 13, the rear body plate 14, the left body plate 15 and the right body plate 16 enclose the periphery of the outer box 1, the front body plate 13 is opposite to the rear body plate 14, the left body plate 15 is opposite to the right body plate 16, and the box cover 11 is connected with the rear body plate 14.

Referring to fig. 3 to 8, each of the two liners 2 includes a base 3, a back plate 4 and two wing plates 5, the wing plates 5 are located on two sides of the back plate 4, and a fold is formed between the wing plates 5 and the back plate 4.

Referring to fig. 1, 2, 8 and 9, two ends of the front body plate 13 and the back body plate 14 are connected with side wings 131, and two wing plates 5 of the same lining 2 are respectively fastened with the two side wings 131 of the front body plate 13 or the back body plate 14 (fastening method is that a fastening opening 10 is cut on the wing plate 5, a fastening plate 9 is cut on the side wing 131, the fastening plate 9 is connected with the side wing 131, the fastening plate 9 corresponds to the fastening opening 10, after the fastening plate 9 corresponds to the fastening opening 10, the fastening plate 9 is bent to be hooked on the fastening opening 10, so that the wing plates 5 and the side wings 131 are fastened); the back plate 4 and the wing plates 5 of the two inner liners 2 enclose a placing space for a display.

The left body panel 15 and the right body panel 16 each include an outer body panel 151 and an inner body panel 152, a connection plate 153 is provided between the outer body panel 151 and the inner body panel 152, the connection plate 153 is perpendicular to the outer body panel 151 and the inner body panel 152 when the outer box 1 is folded, the outer body panel 151 and the inner body panel 152 are parallel when folded, and the wing 131 and the wing 5 of the inner liner 2 are fixed between the outer body panel 151 and the inner body panel 152 when the inner body panel 152 is folded inward.

The wings 5 each comprise a middle plate 51 and two stacks 52 folded towards the middle plate 51, the two stacks 52 being located on either side of the middle plate 51, the number of stacks 52 being two, the two stacks 52 being fastened together (in the same manner as described above), one of the stacks 52 is connected with a bracing plate 53, the bracing plate 53 is folded towards the inner side of the connected stack 52, the bracing plate 53 is abutted against the connected stack 52 and the middle plate 51, so that the thickness of the wing plate 5 is thicker, meanwhile, the existence of the supporting plate 53 enables the wing plate 5 to have a deformable space, which is beneficial to improving the buffering performance (when the wing plate 5 is folded and formed, the supporting plate 53 is firstly folded towards the inner liner 2 of the laminated plate 52, then the laminated plate 52 with the supporting plate 53 is folded towards the middle plate 51, finally the rest laminated plate 52 is folded towards the laminated plate 52 which is already laminated on the middle plate 51, and finally the two laminated plates 52 are buckled through the buckle openings 10 and the buckle plates 9 on the two laminated plates 52).

Referring to fig. 3 to 8, the base 3 includes five seat-folded plates connected in sequence, the five seat-folded plates include a first folded plate 31, a second folded plate 32, a third folded plate 33, a fourth folded plate 34 and a fifth folded plate 35 connected in sequence, the adjacent seat-folded plates are mutually perpendicular after being folded, the fifth folded plate 35 is fastened with the first folded plate 31, and the fifth folded plate 35 is attached to the first folded plate 31.

The back plate 4 comprises five back folded plates which are connected in sequence, the five back folded plates comprise a sixth folded plate 41, a seventh folded plate 42, an eighth folded plate 43, a ninth folded plate 44 and a tenth folded plate 45 which are connected in sequence, after being folded, the adjacent back folded plates are mutually vertical, and the tenth folded plate 45 is attached to the sixth folded plate 41; the sixth flap 41 of the back panel 4 is connected to the first flap 31 of the base 3; a socket 36 is punched on the third folded plate 33 of the base 3, a tongue 46 inserted into the socket 36 is connected to the back plate 4 (the tongue 46 is formed by indentation after being cut from the ninth folded plate 44 of the back plate 4), the ninth folded plate 44 of the back plate 4 is attached to the third folded plate 33 of the base 3 after the back plate 4 is folded, and the fourth folded plate 34 of the base 3 is attached to the sixth folded plate 41 of the back plate 4.

The middle plate 51 of the wing 5 is connected to the sixth flap 41.

Base 3 and backplate 4 are pegged graft through tongue 46 and socket 36, and two inside linings 2 symmetry installation in outer container 1, and the distance between two bases 3 is greater than the width of display screen on the display, and two bases 3 are used for supporting the display, and backplate 4 and pterygoid lamina 5 all paste with outer container 1 inner wall all around (also two backplate 4 paste with front body board 13 and back body board 14 respectively mutually, and pterygoid lamina 5 on the same inside lining 2 pastes with left body board 15 and right body board 16 respectively mutually).

The side wings 131 of the right body plate 16 and the rear body plate 14 of the outer box 1 are provided with observation windows 161, the wing plates 5 of the lining 2 attached to the rear body plate 14 are punched with the observation windows 161, and all the observation windows 161 are overlapped after the outer box 1 and the lining 2 are folded; the observation window 161 on the outer body plate 151 of the right body plate 16 is connected with the observation plate 162, the observation plate 162 is connected with the observation window 161 on the outer body plate 151 on the right body plate 16, and the observation plate 162 is formed by pressing marks after being cut by a paperboard of the observation window 161 on the outer body plate 151 on the right body plate 16, so that the observation plate 162 can be lifted up through the pressing marks so as to view the condition inside the outer box 1 through the observation window 161; the observation window 161 can be covered by the observation plate 162 after the observation is finished, so that less external impurities enter the inside of the packing box.

The back folding plate of the inner lining 2 with the observation window 161 is connected with a resisting plate 47, the resisting plate 47 is connected with the eighth folding plate 43 on the inner lining 2, the resisting plate 47 is pressed with a crease (the bottom plate 12 is formed by indentation after being cut from the eighth folding plate 43 of the back plate 4), and the resisting plate 47 can be propped between the eighth folding plate 43 and the sixth folding plate 41 after being folded along with the five back folding plates.

Handle groove 111 has been processed on lid 11 of outer container 1 and the preceding body board 13, it has folding back and handle hole 8 with handle groove 111 coincidence to process on the inside lining 2 that pastes mutually with preceding body board 13, handle hole 8 sets up on sixth folded plate 41 and eighth folded plate 43, handle hole 8 department of eighth folded plate 43 is connected with buffer board 48, be equipped with the crease on the buffer board 48, buffer board 48 can support eighth folded plate 43 and sixth folded plate 41 along with the folding back of the body folded plate, buffer board 48 cuts the back indentation shaping from handle hole 8 of eighth folded plate 43.

The specific implementation process is as follows:

the forming process of the integrated packaging box for the display comprises the following steps:

in a first step, the paperboard of the outer box 1 is taken unfolded and the paperboard of the two inner liners 2 are taken unfolded (i.e. the paperboard of fig. 2 to 4).

Secondly, folding and forming the lining 2; firstly, folding the wing plates 5 of the liner 2, folding the stacked plates 52 of the wing plates 5 towards the middle plate 51, completing the fastening between the stacked plates 52 after folding to obtain the paper board shown in fig. 5, folding the other wing plate 5 according to the same method to complete the folding of the wing plates 5 on the liner 2, and forming the wing plates 5 into a whole which cannot be loosened due to the fastening between the stacked plates 52 of the wing plates 5 after folding the wing plates 5.

Then, the base 3 of the inner liner 2 is folded, the fifth folded plate 35 of the base 3 is bent to the fourth folded plate 34 by 90 degrees, the fourth folded plate 34 connected with the fifth folded plate 35 is bent to the third folded plate 33 by 90 degrees, the third folded plate 33 is bent to the second folded plate 32 by 90 degrees, finally the second folded plate 32 is bent to the first folded plate 31 by 90 degrees, at this time, the fifth folded plate 35 is attached to the first folded plate 31, the first folded plate 31 is buckled with the fifth folded plate 35, the base 3 is folded and formed, and the base 3 is formed into a whole body which cannot be loosened (the state shown in fig. 6 is achieved).

Finally, the back panel 4 is formed, the forming manner of the back panel 4 is the same as the folding forming manner of the base 3, the tenth folding plate 45 is bent towards the ninth folding plate 44, the ninth folding plate 44 is bent towards the eighth folding plate 43, the eighth folding plate 43 is bent towards the seventh folding plate 42, and finally the seventh folding plate 42 is bent towards the sixth folding plate 41, after the bending is completed, the tenth folding plate 45 is attached to the sixth folding plate 41, the ninth folding plate 44 of the back panel 4 is attached to the third folding plate 33 of the base 3, and finally the insertion tongue 46 on the back panel 4 is inserted into the insertion opening 36 of the third folding plate 33 on the base 3, so that the base 3 is inserted into the back panel 4 (at this time, the fourth folding plate 34 of the base 3 is attached to the sixth folding plate 41 of the back panel 4), and the base 3 and the back panel 4 are integrated (the state shown in fig. 7 and 8 is reached).

The folding of the other liner 2 is performed in the same way as the folding of the flaps 5, base 3 and back panel 4.

Thirdly, the inner liner 2 is connected with the lateral wing 131 of the outer box 1; referring to fig. 8, two inner liners 2 are placed in the outer box 1, so that the observation windows 161 of the inner liners 2 and the observation windows 161 of the side wings 131 are overlapped, the handle holes 8 of the inner liners 2 and the handle slots 111 of the front body panel 13 are overlapped, the four side wings 131 and the four wing plates 5 are fastened, and the inner liners 2 and the outer box 1 are connected after the fastening is completed.

Fourthly, the outer box 1 is folded and formed; after the third step, the wing 131 connected with the wing panel 5 is placed between the inner body plate 152 and the outer body plate 151 of the left body plate 15 and the right body plate 16, specifically, the wing 131 connected with the wing panel 5 is attached to the outer body plate 151, the connecting plate 153 is bent toward the bottom plate 12 side of the outer box 1, finally, the inner body plate 152 is bent toward the inside of the outer box 1, the wing panel 5 is attached to the inner body plate 152, the connecting plate 153 is perpendicular to the inner body plate 152 and the outer body plate 151 at the same time, the inner body plate 152 is completely clamped into the outer box 1, the outer box 1 is completely folded (the state shown in fig. 1 is reached), and then the lining 2 and the outer box 1 are assembled into an integrated body which is nested with each other.

The packing box of this embodiment is when using, the display is placed on the base 3 of placing the space, form unsettled space between the display screen of display and outer container 1, and outer container 1's lateral wall all around pastes with pterygoid lamina 5 and backplate 4 again, and can mould the support through paper at the display top and place other parts, like the CD, the driver etc., also all formed the protection around and upper and lower two sides of display, the protection effect to the display is better (the display is by pterygoid lamina 5 all around, backplate 4 protection, the unsettled space protection that the display screen was supported by base 3 bottom the display, and the top of display has the CD again, the driver protects it).

The packing box is in the transportation, because of inside lining 2 forms the complete whole of mutual nested with outer container 1, has strengthened the bulk strength of the packing box of outer container 1 with inside lining 2 formation, and the crushing resistance and the shock-absorbing capacity of packing box all must promote by a wide margin for the packing box can satisfy current transportation requirement.

In the packing box of this embodiment, the present cardboard of outer container 1 of lateral wall all around of packing box has pterygoid lamina 5 or backplate 4 of inside lining 2 again, pterygoid lamina 5 or backplate 4 are formed by the folding of multilayer cardboard, form thicker protective layer between the multilayer cardboard of fold forming, make the lateral wall intensity of packing box stronger, there is certain clearance in the cardboard of adjacent layer between the multilayer cardboard of fold forming, the existence in these clearances makes the packing box when receiving the impact, the cardboard has the space that can remove, and then make the impact force that receives attenuate by a wide margin, therefore the packing box of this embodiment is in the improvement of intensity, its shock-absorbing capacity also must promote by a wide margin.

In addition, be equipped with observation window 161 in this embodiment, be convenient for look over to the display condition in the packing box, and can cover observation window 161 through observation board 162 again when not using observation window 161, avoid external dust to enter into in the packing box.

The foregoing is merely an example of the present invention and common general knowledge of known specific structures and features of the embodiments is not described herein in any greater detail. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.

Claims

1. Display integration packing box includes outer container and inside lining, its characterized in that: the number of the inner linings is two, the inner linings are detachably connected with the outer box, each inner lining comprises a base and a back plate, the bases are connected with the back plates, each inner lining further comprises a wing plate, the wing plates are connected with the back plates, creases are formed between the wing plates and the back plates, the wing plates and the back plates are attached to the inner walls of the periphery of the outer box, and the back plates and the wing plates of the two inner linings enclose a placement space for the display; the outer box adopts a folding type carton, and comprises a front body plate, a rear body plate, a left body plate and a right body plate, wherein the front body plate is opposite to the rear body plate, the left body plate is opposite to the right body plate, the front body plate, the rear body plate, the left body plate and the right body plate enclose the periphery of the outer box, the back plate of one lining is attached to the front body plate, the back plate of the other lining is attached to the rear body plate, two ends of the front body plate and the rear body plate are both connected with side wings, and two wing plates of the same lining are respectively fastened with the two side wings of the front body plate or the rear body plate; the left body plate and the right body plate respectively comprise an outer body plate and an inner body plate, the outer body plate and the inner body plate are folded to be parallel, and after the inner body plate is folded inwards, the side wings and the wing plates of the lining are fixed between the outer body plate and the inner body plate;

the inside lining symmetry installation in the outer container, backplate and outer container inner wall are pasted mutually, and the base is used for supporting the display, and the distance between the inside lining base is greater than the width of display screen on the display.

2. The display integrated packaging box of claim 1, wherein: and the corresponding positions of the outer box and one of the linings are provided with observation windows which are convenient for viewing the display in the placing space.

3. The display integrated packaging box of claim 2, wherein: the wing plates comprise a middle plate and stacked plates folded towards the middle plate, and the number of the stacked plates is at least two.

4. The display integrated packaging box of claim 1, wherein: the base includes five seat folded plates that connect gradually, and five seat folded plates are including the first folded plate, second folded plate, third folded plate, fourth folded plate and the fifth folded plate that connect gradually, and folding back is mutually perpendicular between the adjacent seat folded plate, and the fifth folded plate is buckled with first folded plate, and the fifth folded plate pastes with first folded plate.

5. The integrated packing box of display of claim 4, wherein: the back plate comprises five back folded plates which are sequentially connected, the five back folded plates comprise a sixth folded plate, a seventh folded plate, an eighth folded plate, a ninth folded plate and a tenth folded plate which are sequentially connected, after being folded, the adjacent back folded plates are mutually vertical, and the tenth folded plate is attached to the sixth folded plate; the sixth folded plate of the back plate is connected with the first folded plate of the base; the third folded plate of the base is provided with a socket, the back plate is provided with a plug tongue which is plugged with the socket, and the ninth folded plate of the back plate is attached to the third folded plate of the base after the back plate is folded.

6. The display integrated packaging box of claim 5, wherein: the back folding plate is connected with a supporting plate, the supporting plate is connected with the eighth folding plate, the supporting plate is provided with a crease, and the supporting plate can be supported between the eighth folding plate and the sixth folding plate after being folded along with the five back folding plates.

7. The display-integrated packaging box of claim 6, wherein: the outer container is provided with a handle groove, one lining is provided with a handle hole which can be overlapped with the handle groove, and the handle hole is arranged on the sixth folded plate and the eighth folded plate.

8. The display-integrated packaging box of claim 7, wherein: handle hole department is connected with the buffer board, is equipped with the crease on the buffer board, and the buffer board can support eighth folded plate and sixth folded plate after folding along with the back folded plate.