CN215098854U - Integrated inner clamp and packaging box - Google Patents

Abstract

The utility model relates to the field of packaging technology, a integral type inside callipers and packing carton is provided, wherein, an integral type inside callipers is including placing the bottom plate, set up respectively in the first boss and the second of placing the relative both sides edge of bottom plate and place boss, first jack boss and second jack boss to and set up in the boss of supporting of placing the opposite side edge of bottom plate, the first boss of placing, the second of placing is placed the boss, first jack boss and second jack boss and is placed the bottom plate and enclose jointly to close the district of placing that forms and be used for placing the product main part. Utilize the structure of first jack boss and second jack boss to surround the protection to the antenna, prevent that the antenna from receiving the extrusion force of both sides, utilize first structure of placing the boss and placing the boss with the second to place the antenna to play the effect of buffering.

Description

Integrated inner clamp and packaging box

Technical Field

The utility model relates to a product packaging technical field especially provides an integral type inside callipers and packing carton.

Background

At present, 6 antenna router products are basically packaged in a mode of color boxes, buffering components and PE bags. In order to better protect the product, the product antenna and the 4 antennas on the two sides of the product, the router terminals have higher requirements on the cushioning performance and the packing material of the packing material, and the commonly used cushioning component materials comprise corrugated paper, paper pulp trays, plastics and the like. The packaging of the product with the antenna is preferably a corrugated paper card or a paper pulp support from the environmental protection perspective, and the compatibility of the mold cost and accessories is involved due to the consideration of the need of opening the mold for the paper pulp support and the like from the comprehensive cost evaluation.

However, the existing packaging methods all have the problem of complex manufacturing and packaging processes, and the structure of the paper card is complex and the used materials are more, so that the cost is increased, and meanwhile, the complex structure of the paper card causes the inconvenient taking and placing of the product and the complex operation.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an integral type inside callipers aims at solving current packaging method complicacy, material consumption is many, with high costs, and the inconvenient problem of product getting and putting.

In order to achieve the above object, the utility model adopts the following technical scheme:

in a first aspect, the application provides an integrated inner card, which comprises a placing bottom plate, a first placing boss and a second placing boss which are respectively arranged at the edges of two opposite sides of the placing bottom plate, a first jack boss and a second jack boss which are respectively arranged at the edges of two opposite sides of the placing bottom plate, and an abutting boss arranged at the edge of the other side of the placing bottom plate, wherein the first placing boss, the second placing boss, the first jack boss and the second jack boss and the placing bottom plate jointly enclose to form a placing area for placing a product main body; the first boss of placing is located the homonymy of placing the bottom plate and the first jack boss of placing and the first top surface of placing the boss is less than the top surface of first jack boss, and the boss is placed to the second and the top surface of placing the boss is less than the top surface of second jack boss with the second jack boss is located the homonymy of placing the bottom plate and the second top surface of placing the boss.

The utility model has the advantages that: the utility model provides an integral type inside callipers utilizes the main part of placing the bottom plate and placing the router, places the both sides antenna that boss, second jack boss were settled and protected the router through the first boss of placing the bottom plate both sides, first jack boss and second simultaneously to through supporting the boss front side antenna of settling and protecting the router and support the router body in order to prevent rocking in the transportation. When the router is placed, the antennas on the two sides of the router are respectively inserted into the corresponding first jack boss and the corresponding second jack boss in the first phase, the antenna on the front side of the router is abutted against the side face of the abutting boss, then the main body of the router is placed into the placing area, and the tail ends of the antennas on the two sides of the router are placed on the first placing boss and the second placing boss; utilize the structure of first jack boss and second jack boss to surround the protection to the antenna, prevent that the antenna from receiving the extrusion force of both sides, utilize first structure of placing the boss and placing the boss with the second to place the antenna to play the effect of buffering.

In one embodiment, the first placing boss comprises a first inner vertical plate connected to the placing bottom plate, a first top plate connected to one end of the first inner vertical plate far away from the placing bottom plate, and a first outer vertical plate connected to one end of the first top plate far away from the first inner vertical plate; the second is placed the boss and is kept away from the second outer riser in riser one end in the second including connecting in the second inner riser of placing the bottom plate, connecting in the second inner riser and keeping away from the second top plate of placing bottom plate one end.

Through adopting foretell technical scheme, prop up first roof through first interior riser and first outer riser, prop up the second roof through second interior riser and the outer riser of second simultaneously, utilize first roof and second roof to support the antenna of both sides to provide the buffering.

In one embodiment, a first placing crease is arranged between the first inner vertical plate and the placing bottom plate, a second placing crease is arranged between the first inner vertical plate and the first top plate, and a third placing crease is arranged between the first top plate and the first outer vertical plate; the riser is equipped with the fourth between the bottom plate and placing in the second and places the crease, is equipped with the fifth between riser and the second roof in the second and places the crease, is equipped with the sixth between the outer riser of second roof and second and places the crease.

Through adopting foretell technical scheme, through in first interior riser and place between the bottom plate, between riser and the first roof in and be equipped with the crease between first roof and the first outer riser respectively, the first boss of placing is the structure through the integral type of folding formation promptly, and in the same way, the second is placed the boss and is also through the integral type structure of folding formation, and preparation is convenient and simple structure, the effectual manufacturing cost that has reduced.

In one embodiment, the first jack boss comprises a third inner vertical plate connected to the placing bottom plate, a third top plate connected to one end of the third inner vertical plate far away from the placing bottom plate, and a third outer vertical plate connected to one end of the third top plate far away from the third inner vertical plate, and the third inner vertical plate, the third top plate and the third outer vertical plate are enclosed to form a first inserting protection area; the second jack boss is including connecting in the fourth of placing the bottom plate in the riser, connecting in the fourth in the riser keep away from in the fourth roof of placing bottom plate one end and connecting in the fourth roof keep away from in the fourth in the riser one end the fourth outer riser, fourth roof and fourth outer riser enclose to close and form the second and insert and establish the protected area.

By adopting the technical scheme, through the structures of the third inner vertical plate, the third top plate and the third outer vertical plate of the first jack boss, the third inner vertical plate and the third outer vertical plate are used for bearing transverse force, the third top plate is used for bearing longitudinal force, the antenna is inserted into the first insertion protection area of the first jack boss, and the antenna is protected from being extruded. In a similar way, the second jack boss and the first jack boss are used for simultaneously inserting and protecting the antennas on the two sides of the router.

In one embodiment, a first jack crease is arranged between the third inner vertical plate and the placing bottom plate, a second jack crease is arranged between the third inner vertical plate and the third top plate, and a third jack crease is arranged between the third top plate and the third outer vertical plate; the fourth inner vertical plate and the placing bottom plate are provided with fourth jack creases therebetween, the fourth inner vertical plate and the fourth top plate are provided with fifth jack creases therebetween, and the fourth top plate and the fourth outer vertical plate are provided with sixth jack creases therebetween.

Through adopting foretell technical scheme, through in the third riser and place between the bottom plate, between riser and the third roof in the third and be equipped with the crease between the riser outside third roof and the third respectively, first jack boss is the structure through the integral type of folding formation promptly, and in the same way, second jack boss also is through the integral type structure of folding formation, and preparation is convenient and simple structure, the effectual manufacturing cost that has reduced.

In one embodiment, the abutting boss includes a fifth inner vertical plate connected to the placing bottom plate, a fifth top plate connected to one end of the fifth inner vertical plate far away from the placing bottom plate, and a fifth outer vertical plate connected to one end of the fifth top plate far away from the fifth inner vertical plate, and opposite ends of the fifth top plate are respectively connected to the third top plate and the fourth top plate.

Through adopting foretell technical scheme, utilize to support the fifth interior riser that props against the boss and lean on the front side antenna of placing the router, constitute buffer structure through fifth roof and the outer riser of fifth simultaneously, avoid the antenna of front side to receive the extrusion damage. The relative both ends of fifth roof are connected respectively in third roof and fourth roof to first jack boss and the second jack boss that the fifth roof can support both sides, support the boss and constitute the strengthening beam between first jack boss and the second jack boss, thereby make the first jack boss and the second jack boss of both sides can bear bigger power, the effectual protection effect that has improved.

In one embodiment, a first abutting crease is arranged between the fifth inner vertical plate and the placing bottom plate, a second abutting crease is arranged between the fifth inner vertical plate and the fifth top plate, and a third abutting crease is arranged between the fifth top plate and the fifth outer vertical plate.

Through adopting foretell technical scheme, through in the fifth riser with place between the bottom plate, between riser and the fifth roof in the fifth and be equipped with the crease between the riser and the fifth outer riser respectively, support the structure that the boss is the integral type through folding formation promptly, the preparation is convenient and simple structure, the effectual manufacturing cost that has reduced.

In one embodiment, the fifth inner vertical plate has an abutting portion.

Through adopting foretell technical scheme, utilize the top of supporting of riser in the fifth, when the router was placed in the installation, the top supported the main part of router to can prevent that the router probably takes place to rock and lead to the problem of damage in the transportation.

In one embodiment, the integrated inner card further comprises a packaging boss arranged at one end of the supporting boss far away from the placing bottom plate, the packaging boss comprises a packaging bottom plate connected to the fifth outer vertical plate and far away from one end of the fifth top plate, a first packaging vertical plate connected to the packaging bottom plate and far away from one end of the fifth outer vertical plate, a packaging top plate connected to the first packaging vertical plate and far away from the packaging bottom plate, and a second packaging vertical plate connected to the packaging top plate and far away from the first packaging vertical plate, an inner packaging area is formed by enclosing the packaging top plate and the second packaging vertical plate, the first packaging vertical plate, an outer packaging area is formed by enclosing the packaging bottom plate and the fourth inner vertical plate.

Through adopting foretell technical scheme, through setting up the packing boss keeping away from in placing bottom plate one end at the boss that supports, when packing, usable packing boss is placed the storage to the accessory of router. The packing boss is formed by packing bottom plate, first packing riser, packing roof and the folding of second packing riser, utilizes inner packing district and extranal packing district to come to classify respectively and deposit the accessory.

In a second aspect, the present application further provides a package box, including the integrated inner card as described above, the integrated inner card is installed in the inner cavity of the package box.

The utility model has the advantages that: the utility model provides a packing carton, on the basis that has foretell integral type inside callipers, it is more convenient that the router is got to packing carton getting, operates simplyr.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

Fig. 1 is a schematic structural view of an integrated inner card according to an embodiment of the present invention;

fig. 2 is a schematic view illustrating an expansion effect of the integrated inner card according to an embodiment of the present invention;

fig. 3 is a schematic view illustrating an expansion effect of the integrated inner card according to an embodiment of the present invention;

fig. 4 is a schematic view of a state of a packaged product in a packaging box according to an embodiment of the present invention.

Wherein, in the figures, the respective reference numerals:

the integrated inner card 100, the placement bottom plate 10, the placement area 101, the backing plate 102, the front fold 103, the first placement boss 20, the first inner vertical plate 201, the first top plate 202, the first outer vertical plate 203, the first placement fold 204, the second placement fold 205, the third placement fold 206, the second placement boss 30, the second inner vertical plate 301, the second top plate 302, the second outer vertical plate 303, the fourth placement fold 304, the fifth placement fold 305, the sixth placement fold 306, the first insertion protection area 40, the first insertion protection area 41, the third inner vertical plate 401, the left clamping portion 401a, the third top plate 402, the third outer vertical plate 403, the first insertion fold 404, the second insertion fold 405, the third insertion fold 406, the second insertion protection area 50, the second insertion protection area 51, the fourth inner vertical plate 501, the right clamping portion 501a, the fourth top plate 502, the fourth outer vertical plate 503, the fourth insertion fold 504, the fifth insertion fold 505, the sixth jack fold 506, the abutting boss 60, the fifth inner vertical plate 601, the abutting portion 601a, the fifth top plate 602, the fifth outer vertical plate 603, the first abutting fold 604, the second abutting fold 605, the third abutting fold 606, the packaging boss 70, the outer packaging region 71, the packaging bottom plate 701, the first packaging vertical plate 702, the packaging top plate 703, the second packaging vertical plate 704, the first packaging fold 705, the second packaging fold 706, the third packaging fold 707, the fourth packaging fold 708, and the packaging box 200.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining the present invention, and should not be construed as limiting the present invention.

In the description of the present invention, it is to be understood that the terms "length", "width", "upper", "lower", "front", "rear", "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 merely for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention.

Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless specifically limited otherwise.

In the present invention, unless otherwise expressly stated or limited, the terms "mounted," "connected," and "fixed" are to be construed broadly and may, for example, be fixedly connected, detachably connected, or integrally formed; can be mechanically or electrically connected; either directly or indirectly through intervening media, either internally or in any other relationship. The specific meaning of the above terms in the present invention can be understood according to specific situations by those skilled in the art.

Referring to fig. 1 and fig. 2, in a first aspect, the present application provides an integrated inner card 100, which includes a placement base plate 10, a first placement boss 20 and a second placement boss 30 respectively disposed at two opposite side edges of the placement base plate 10, a first insertion boss 40 and a second insertion boss 50 respectively disposed at two opposite side edges of the placement base plate 10, and a propping boss 60 disposed at the other side edge of the placement base plate 10, wherein the first placement boss 20, the second placement boss 30, the first insertion boss 40 and the second insertion boss 50 and the placement base plate 10 together enclose a placement area 101 for placing a product main body; the first boss 20 of placing is located the same side of placing the bottom plate 10 and the first jack boss 40 and the first top surface of placing the boss 20 is less than the top surface of first jack boss 40, and the second boss 30 of placing is located the same side of placing the bottom plate 10 and the second boss 50 of placing is less than the top surface of second jack boss 50 with the top surface of boss 30.

The utility model provides an integral type inside callipers 100 utilizes the main part of placing bottom plate 10 and placing the router, places boss 20, first jack boss 40, second through the first boss 30, the both sides antenna of placing protection router of placing boss 20, first jack boss 40, second of placing bottom plate 10 both sides simultaneously to place the front side antenna of protection router and support the router body in order to prevent rocking in the transportation through supporting boss 60. When the router is placed, the antennas at two sides of the router are respectively inserted into the corresponding first jack boss 40 and the second jack boss 50, the antenna at the front side of the router is abutted against the side surface of the abutting boss 60, then the main body of the router is placed into the placing area 101, and the tail ends of the antennas at two sides of the router are placed on the first placing boss 20 and the second placing boss 30; utilize the structure of first jack boss 40 and second jack boss 50 to surround the protection to the antenna, prevent that the antenna from receiving the extrusion force of both sides, utilize the first structure of placing boss 20 and second and placing boss 30 to place the antenna to play the effect of buffering. Through adopting the integral type inside callipers 100 of this application, can directly put into or take out when getting to put the router, the effectual traditional inside callipers structure of having solved is complicated, needs the problem that many places were installed respectively or were disassembled.

Referring to fig. 1 and fig. 2, in an embodiment, the first placing boss 20 includes a first inner vertical plate 201 connected to the placing bottom plate 10, a first top plate 202 connected to one end of the first inner vertical plate 201 far from the placing bottom plate 10, and a first outer vertical plate 203 connected to one end of the first top plate 202 far from the first inner vertical plate 201; the second placing boss 30 includes a second inner vertical plate 301 connected to the placing bottom plate 10, a second top plate 302 connected to one end of the second inner vertical plate 301 far away from the placing bottom plate 10, and a second outer vertical plate 303 connected to one end of the second top plate 302 far away from the second inner vertical plate 301. The first inner vertical plate 201 is folded upwards towards the top of the placing bottom plate 10, the first top plate 202 is folded towards the horizontal direction far away from the placing bottom plate 10, and the first outer vertical plate 203 is folded towards the bottom of the first top plate 202, so that the first inner vertical plate 201 and the first outer vertical plate 203 are arranged at intervals and support the first top plate 202; the second inner vertical plate 301 is folded upwards towards the top of the placing bottom plate 10, the second top plate 302 is folded towards the horizontal direction far away from the placing bottom plate 10, and the second outer vertical plate 303 is folded towards the bottom of the second top plate 302, so that the second inner vertical plate 301 and the second outer vertical plate 303 are arranged at intervals and support the second top plate 302; the first top plate 202 is supported by the first inner vertical plate 201 and the first outer vertical plate 203, and the second top plate 302 is supported by the second inner vertical plate 301 and the second outer vertical plate 303, so that the antennas on both sides are supported by the first top plate 202 and the second top plate 302 to provide buffering. Wherein, a backing plate 102 is further disposed on one side of the placing bottom plate 10 far away from the abutting boss 60, and a front crease 103 is disposed between the backing plate 102 and the placing bottom plate 10. The pad 102 is folded down around the front fold 103 so that the pad 102, together with the first placement boss 20, the second placement boss 30, the first insertion hole boss 40, the second insertion hole boss, and the abutment boss 60, will jack up the placement base plate 10 to provide cushioning to protect the main portion of the router.

Referring to fig. 1 to fig. 3, in an embodiment, a first placing fold 204 is disposed between the first inner vertical plate 201 and the placing bottom plate 10, a second placing fold 205 is disposed between the first inner vertical plate 201 and the first top plate 202, and a third placing fold 206 is disposed between the first top plate 202 and the first outer vertical plate 203; a fourth placing crease 304 is arranged between the second inner vertical plate 301 and the placing bottom plate 10, a fifth placing crease 305 is arranged between the second inner vertical plate 301 and the second top plate 302, and a sixth placing crease 306 is arranged between the second top plate 302 and the second outer vertical plate 303. The first placing boss 20 is an integrated structure formed by folding the first inner vertical plate 201 towards the top, folding the first top plate 202 towards the horizontal direction far away from the placing bottom plate 10 and finally folding the first outer vertical plate 203 towards the bottom by respectively arranging creases between the first inner vertical plate 201 and the placing bottom plate 10, between the first inner vertical plate 201 and the first top plate 202 and between the first top plate 202 and the first outer vertical plate 203; the second placing boss 30 is an integrated structure formed by folding the second inner standing plate 301 toward the top, folding the second top plate 302 in a horizontal direction away from the placing bottom plate 10, and finally folding the second outer standing plate 303 toward the bottom; the manufacturing is convenient, the structure is simple, and the production cost is effectively reduced.

Referring to fig. 1 and 2, in an embodiment, the first socket boss 40 includes a third inner vertical plate 401 connected to the placing bottom plate 10, a third top plate 402 connected to an end of the third inner vertical plate 401 far from the placing bottom plate 10, and a third outer vertical plate 403 connected to an end of the third top plate 402 far from the third inner vertical plate 401. Wrap around in placing bottom plate 10 with third interior riser 401 and fold towards the top, keep away from the third roof 402 orientation in placing the horizontal direction folding of bottom plate 10, fold third outer riser 403 towards the bottom again, thereby riser 401 in the third, third roof 402 encloses with third outer riser 403 and closes to form first inserting and establish protection zone 41, when the antenna inserts first inserting and establishes protection zone 41, riser 401 has left card and establishes portion 401a and left card and establish portion 401a and contradict in the antenna and the connecting portion of router main part, thereby can prevent rocking of antenna. The second inserting hole boss 50 includes a fourth inner vertical plate 501 connected to the placing bottom plate 10, a fourth top plate 502 connected to one end of the fourth inner vertical plate 501 far from the placing bottom plate 10, and a fourth outer vertical plate 503 connected to one end of the fourth top plate 502 far from the fourth inner vertical plate 501. Wrap around fourth interior riser 501 in placing bottom plate 10 folding towards the top, keep away from fourth roof 502 orientation in placing bottom plate 10 the horizontal direction folding, fold fourth outer riser 503 towards the bottom again, thereby fourth interior riser 501, fourth roof 502 encloses with fourth outer riser 503 and closes to form the second and insert and establish protection zone 51, when the antenna inserts the second and inserts and establish protection zone 51, fourth interior riser 501 has the right side and blocks and establish portion 501a and the right side and establish portion 501a conflict in the antenna and the coupling part of router main part, thereby can prevent rocking of antenna. Through the structures of the third inner vertical plate 401, the third top plate 402 and the third outer vertical plate 403 of the first jack boss 40, the third inner vertical plate 401 and the third outer vertical plate 403 are used for bearing a transverse force, and the third top plate 402 is used for bearing a longitudinal force, so that the antenna is inserted into the first insertion protection area 41 of the first jack boss 40, and the antenna is protected from being squeezed. Similarly, the second jack boss 50 and the first jack boss 40 are used for simultaneously inserting and protecting the antennas on the two sides of the router.

Referring to fig. 1 to 3, in an embodiment, a first inserting hole fold 404 is disposed between the third inner vertical plate 401 and the placing bottom plate 10, a second inserting hole fold 405 is disposed between the third inner vertical plate 401 and the third top plate 402, and a third inserting hole fold 406 is disposed between the third top plate 402 and the third outer vertical plate 403; a fourth jack fold 504 is arranged between the fourth inner vertical plate 501 and the placing bottom plate 10, a fifth jack fold 505 is arranged between the fourth inner vertical plate 501 and the fourth top plate 502, and a sixth jack fold 506 is arranged between the fourth top plate 502 and the fourth outer vertical plate 503. First jack boss 40 is through winding third interior riser 401 and folding towards the top in placing bottom plate 10, keep away from the third roof 402 orientation and fold in the horizontal direction of placing bottom plate 10, fold the structure of the integral type that forms with third exterior riser 403 towards the bottom again, second jack boss 50 is through winding fourth interior riser 501 and folding towards the top in placing bottom plate 10, keep away from the horizontal direction of placing bottom plate 10 with fourth roof 502 orientation and fold, fold the structure of the integral type that forms with fourth exterior riser 503 towards the bottom again, the preparation is convenient and simple structure, the effectual manufacturing cost that has reduced.

Referring to fig. 1 to fig. 3, in an embodiment, the abutting boss 60 includes a fifth inner vertical plate 601 connected to the placing bottom plate 10, a fifth top plate 602 connected to one end of the fifth inner vertical plate 601 far from the placing bottom plate 10, and a fifth outer vertical plate 603 connected to one end of the fifth top plate 602 far from the fifth inner vertical plate 601, where two opposite ends of the fifth top plate 602 are respectively connected to the third top plate 402 and the fourth top plate 502. The fifth inner vertical plate 601 is folded around the placing bottom plate 10 towards the top, the fifth top plate 602 is folded towards the horizontal direction far away from the placing bottom plate 10, and the fifth outer vertical plate 603 is folded towards the bottom to form the abutting boss 60. the fifth inner vertical plate 601 of the abutting boss 60 abuts against the front-side antenna for placing the router, and meanwhile, the fifth top plate 602 and the fifth outer vertical plate 603 form a buffer structure to prevent the front-side antenna from being damaged by extrusion. The opposite ends of the fifth top plate 602 are connected to the third top plate 402 and the fourth top plate 502 respectively, so that the fifth top plate 602 can support the first jack boss 40 and the second jack boss 50 on both sides, and the abutting boss 60 forms a reinforcing beam between the first jack boss 40 and the second jack boss 50, so that the first jack boss 40 and the second jack boss 50 on both sides can bear larger force, and the protection effect is effectively improved.

Referring to fig. 1 to fig. 3, in an embodiment, a first abutting fold 604 is disposed between the fifth inner vertical plate 601 and the placing bottom plate 10, a second abutting fold 605 is disposed between the fifth inner vertical plate 601 and the fifth top plate 602, and a third abutting fold 606 is disposed between the fifth top plate 602 and the fifth outer vertical plate 603. Through in the fifth in riser 601 with place between the bottom plate 10, be equipped with the crease between fifth in riser 601 and the fifth roof 602 and between fifth roof 602 and the fifth outer riser 603 respectively, thereby it is folding around placing bottom plate 10 towards the top through wrapping fifth in riser 601 to support boss 60, it is folding to keep away from the horizontal direction in placing bottom plate 10 with fifth roof 602 orientation, the structure of the integral type of folding formation of fifth outer riser 603 towards the bottom again, the preparation is convenient and simple structure, the effectual manufacturing cost that has reduced.

Referring to fig. 1 to fig. 3, in an embodiment, the fifth inner vertical plate 601 has a top portion 601 a. By means of the abutting part 601a of the fifth inner vertical plate 601, when the router is installed and placed, the abutting part 601a abuts against the main body of the router, and therefore the problem that the router is likely to shake and be damaged in the transportation process can be solved. Specifically, the abutting portion 601a is a part of the fifth inner vertical plate 601, when the abutting portion 601a is folded up around the placing bottom plate 10 by the first abutting fold 604, the abutting portion 601a is still horizontal and extends toward the placing area 101, and when the router is placed, the abutting portion 601a can abut against the main body of the router.

Referring to fig. 1 to fig. 3, in an embodiment, the integrated inner card 100 further includes a packaging boss 70 disposed at an end of the supporting boss 60 far from the placing bottom plate 10, the packaging boss 70 includes a packaging bottom plate 701 connected to an end of the fifth outer vertical plate 603 far from the fifth top plate 602, a first packaging vertical plate 702 connected to an end of the packaging bottom plate 701 far from the fifth outer vertical plate 603, a packaging top plate 703 connected to the first packaging vertical plate 702 far from the packaging bottom plate 701, and a second packaging vertical plate 704 connected to the packaging top plate 703 far from the first packaging vertical plate 702, an inner packaging region is formed by the first packaging vertical plate 702, the packaging top plate 703, and the second packaging vertical plate 704, and an outer packaging region 71 is formed by the first packaging vertical plate 702, the packaging bottom plate 701, and the fourth inner vertical plate 501. By arranging the packaging boss 70 at the end of the abutting boss 60 far away from the placing bottom plate 10, the accessories of the router can be placed and stored by using the packaging boss 70 when packaging. The packing boss 70 is formed by folding a packing bottom plate 701, a first packing vertical plate 702, a packing top plate 703 and a second packing vertical plate 704, and the accessories are stored in a classified manner by using an inner packing region and an outer packing region 71.

Referring to fig. 1 to fig. 3, in an embodiment, a first packaging fold 705 is disposed between the packaging bottom plate 701 and the placing bottom plate 10, a second packaging fold 706 is disposed between the packaging bottom plate 701 and the first packaging upright plate 702, a third packaging fold 707 is disposed between the first packaging upright plate 702 and the top packaging plate 703, and a fourth packaging fold 708 is disposed between the top packaging plate 703 and the second packaging upright plate 704. The inner and outer package regions 71 are formed by folding the bottom package panel 701 horizontally about a first package fold 705, folding the first package vertical panel 702 toward the top about a second package fold 706, folding the top package panel 703 horizontally away from the bottom package panel 701 about a third package fold 707, and finally folding the second package vertical panel 704 toward the bottom.

Referring to fig. 3, in a second aspect, the present application further provides a package 200 including the one-piece inner card 100 as described above, wherein the one-piece inner card 100 is installed in an inner cavity of the package 200. The utility model provides a packing carton 200, on the basis of card 100 in having foretell integral type, packing carton 200 gets puts the router more convenient, operates simplyr.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims (10)

1. An integral type inside callipers which characterized in that: the device comprises a placing bottom plate, a first placing boss and a second placing boss which are respectively arranged on the edges of two opposite sides of the placing bottom plate, a first jack boss and a second jack boss which are respectively arranged on the edges of two opposite sides of the placing bottom plate, and a propping boss arranged on the edge of the other side of the placing bottom plate, wherein the first placing boss, the second placing boss, the first jack boss and the second jack boss and the placing bottom plate jointly enclose a placing area for placing a product main body; the first boss of placing with first jack boss is located place the homonymy of bottom plate just the first top surface of placing the boss is less than the top surface of first jack boss, the second place the boss with second jack boss is located place the homonymy of bottom plate just the top surface that the boss was placed to the second is less than the top surface of second jack boss.

2. The one-piece inner card of claim 1, wherein: the first placing boss comprises a first inner vertical plate connected to the placing bottom plate, a first top plate connected to one end of the first inner vertical plate, which is far away from the placing bottom plate, and a first outer vertical plate connected to one end of the first top plate, which is far away from the first inner vertical plate; the second placing boss comprises a second inner vertical plate connected with the placing bottom plate, a second top plate connected with the second inner vertical plate and far away from one end of the placing bottom plate, and a second outer vertical plate connected with the second top plate and far away from one end of the second inner vertical plate.

3. The one-piece inner card of claim 2, wherein: a first placing crease is arranged between the first inner vertical plate and the placing bottom plate, a second placing crease is arranged between the first inner vertical plate and the first top plate, and a third placing crease is arranged between the first top plate and the first outer vertical plate; riser in the second with place and be equipped with the fourth between the bottom plate and place the crease, riser in the second with be equipped with the fifth between the second roof and place the crease, the second roof with be equipped with the sixth between the second outer riser and place the crease.

4. The one-piece inner card of claim 2, wherein: the first jack boss comprises a third inner vertical plate connected to the placing bottom plate, a third top plate connected to one end of the third inner vertical plate far away from the placing bottom plate, and a third outer vertical plate connected to one end of the third top plate far away from the third inner vertical plate, and the third inner vertical plate, the third top plate and the third outer vertical plate are enclosed to form a first inserting protection area; the second jack boss comprises a fourth inner vertical plate connected with the placing bottom plate, a fourth top plate connected with the fourth inner vertical plate and far away from one end of the placing bottom plate, and a fourth outer vertical plate connected with the fourth top plate and far away from one end of the fourth inner vertical plate, wherein the fourth inner vertical plate, the fourth top plate and the fourth outer vertical plate are surrounded to form a second inserting protection area.

5. The one-piece inner card of claim 4, wherein: a first jack crease is arranged between the third inner vertical plate and the placing bottom plate, a second jack crease is arranged between the third inner vertical plate and the third top plate, and a third jack crease is arranged between the third top plate and the third outer vertical plate; the fourth inner vertical plate and the placing bottom plate are provided with fourth jack creases therebetween, the fourth inner vertical plate and the fourth top plate are provided with fifth jack creases therebetween, and the fourth top plate and the fourth outer vertical plate are provided with sixth jack creases therebetween.

6. The one-piece inner card of claim 5, wherein: the abutting boss comprises a fifth inner vertical plate connected to the placing bottom plate, a fifth top plate connected to one end, far away from the placing bottom plate, of the fifth inner vertical plate, and a fifth outer vertical plate connected to one end, far away from the fifth inner vertical plate, of the fifth top plate, and two opposite ends of the fifth top plate are connected to the third top plate and the fourth top plate respectively.

7. The one-piece inner card of claim 6, wherein: a first abutting crease is arranged between the fifth inner vertical plate and the placing bottom plate, a second abutting crease is arranged between the fifth inner vertical plate and the fifth top plate, and a third abutting crease is arranged between the fifth top plate and the fifth outer vertical plate.

8. The one-piece inner card of claim 6, wherein: the fifth inner vertical plate is provided with a butting part.

9. The one-piece inner card of claim 6, wherein: the integrated inner card further comprises a packaging boss which is arranged on the abutting boss and is far away from one end of the placing base plate, the packaging boss comprises a packaging base plate which is connected with the fifth outer vertical plate and is far away from one end of the fifth top plate, a first packaging vertical plate which is connected with the packaging base plate and is far away from one end of the fifth outer vertical plate, a packaging top plate which is connected with the first packaging vertical plate and is far away from the packaging base plate, and a second packaging vertical plate which is connected with the packaging top plate and is far away from the first packaging vertical plate, the packaging top plate and the second packaging vertical plate are enclosed to form an inner packaging area, and the first packaging vertical plate, the packaging base plate and the fourth inner vertical plate are enclosed to form an outer packaging area.

10. A packing carton which characterized in that: a one-piece inner card according to any one of claims 1 to 9, mounted within the interior cavity of the package.

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