Utility model content
The purpose of this utility model is to provide combined package structure, is intended to solve in prior art papery packing shock resistance poor, the problem of the assembled trouble of bubble wrap.
The utility model is to realize like this, combined package structure, for packaging product, comprise multiple damper elements that the box body that is bent into by fluting board and foam are made, on described box body, offer multiple the first spliced eyes, each described damper element is equipped with the first Plug Division being fixed for inserting described spliced eye, and described the first Plug Division dual-side laterally offers the first inserting groove snapping in for described spliced eye outer.
Further, described the first spliced eye comprises single spliced eye that can insert single described damper element and many spliced eyes that can insert multiple described damper elements, and in described many spliced eyes, each described damper element is arranged side by side.
Further, described the first inserting groove comprises the upper surface being obliquely installed, and direction of tilt is near described the first inserting groove lower surface along described the first inserting groove bearing of trend.
Further, each described damper element offers the buffering cavity that inserts packing for described product, and each described buffering cavity is positioned at same plane.
Further, described damper element comprises that the middle damper element and two that is plugged in described cavity middle part is plugged in respectively the side damper element of described cavity two side ends.
Further, described middle damper element also comprises longitudinal setting, for inserting the second Plug Division of described box body, on described box body, offer the second spliced eye inserting for described the second Plug Division, described the second Plug Division offers the second inserting groove snapping in for described the second spliced eye edge.
Further, described side damper element comprises outer damper element and the interior damper element of being mutually close to setting, and described outer damper element and interior damper element are inserted in described many spliced eyes, and described interior damper element offers described buffering cavity.
Further, described outer damper element lateral surface is connected to described box body medial surface, and described interior damper element is provided with for inserting the fixing raised line of box body, the corresponding fixed orifice plugging for described raised line that offers on described box body.
Compared with prior art, the combined package structure in the utility model, box body is formed by fluting board bending, is inserted with the damper element that polylith foamed materials is made in box body.Between box body and damper element, relying on pegs graft interfixes, and has utilized the feature of bi-material simultaneously, has solved in prior art fluting board packing shock resistance poor, the problem of the assembled trouble of bubble wrap
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
Below in conjunction with concrete accompanying drawing, the realization of the present embodiment is described in detail.
As shown in Figures 1 to 4, combined package structure 1, for packaging product, comprise multiple damper elements that the box body 11 that is bent into by fluting board and foam are made, on box body 11, offer multiple the first spliced eyes, each damper element is equipped with for inserting the first Plug Division 16, the first Plug Division 16 dual-sides that described the first spliced eye is fixed and laterally offers the first inserting groove 161 snapping in for the first spliced eye outer.
When assembled, the first spliced eye is inserted in the first Plug Division 16 of damper element, the outer of the first spliced eye snaps in the first inserting groove 161 of offering both sides, Plug Division, and damper element is fixed.Assembled simple, fixation, need to be by alite paste, swift to operate.
In the present embodiment, damper element is that foam is made, and box body 11 is formed by fluting board bending, by pegging graft, total has been spliced.In whole combined package structure 1, box body 11, as basic design, forms the main body of combined package structure 1, and the damper element plugging plays buffering.Utilize the bending forming that is easy to of fluting board, and the strong feature of foamed materials shock resistance simultaneously, avoided the problem of the assembled trouble of the poor and simple use foamed materials of simple use fluting board anti seismic efficiency simultaneously.
As shown in Figure 3, the first spliced eye in the present embodiment comprises first single spliced eye 1131 that can insert single damper element and many spliced eyes that can insert multiple damper elements 1141, and the interior each damper element of many spliced eyes 1141 is arranged side by side.
In use can, according to different design needs, in the first spliced eye, insert one or more damper element, meet different designs requirement.
The structure of damper element can be identical, also can be different, and the damper element in the present embodiment as shown in Figure 3, comprises that the middle damper element 13 and two that is plugged in cavity middle part is plugged in respectively the side damper element of cavity two side ends, i.e. the first side damper element 12 and the second side damper element 14.
As shown in figures 1 and 3, each damper element is provided with the buffering cavity that inserts packing for product, respectively cushions cavity and is positioned at same plane, and the side of being convenient to flat product snaps in, and it is protected.Go in the packing of the flat products such as telltale, player, mobile phone.
The explanation damper element structure as an example of the middle damper element 13 shown in Fig. 4 example, middle damper element 13 lower ends are the first Plug Division 16, comprise that the first inserting groove 164, the first inserting grooves 161 comprise inclination upper surface 1611, direction of tilt is near the first inserting groove 161 lower surfaces along the first inserting groove 161 bearing of trends.Middle damper element 13 is provided with buffering cavity 132, can plug for product, corresponding, other each damper element correspondence positions are also provided with buffering cavity.
As shown in Figures 2 and 3, single spliced eye 1131 is opened on box body 11, in the grafting process of middle damper element 13, if inclination upper surface 1611 is not set, need to bend single spliced eye 1131 outer places, so that both sides snap in the first inserting groove 161 simultaneously, not only troublesome poeration, and easily damage box body 11.Arrange behind dip plane, in the time pegging graft, can first the first spliced eye 1131 outers that dip plane direction is set be snapped in to the first inserting groove 161, then allow whole middle damper element 13 tilt, until single spliced eye 1131 upper ends, outer are close in inclination upper surface 1611, single spliced eye 1131 outers of opposite side are snapped in the first inserting groove 161 of opposite side, then middle damper element 13 is replied to original direction, complete grafting.In process, do not need to bend box body 11, reduced the operation in grafting process, make splicing more convenient, and protected box body 11.The first inserting groove structure of all the other each damper elements is all identical.
As shown in Figure 2 and Figure 4, middle damper element 13 also comprises longitudinal setting, for inserting the second Plug Division 133 of box body 11, on box body 11, offer second spliced eye 1133, the second Plug Divisions 133 of inserting for the second Plug Division 133 and offer the second inserting groove 1331 snapping in for the second spliced eye 1133 edges.
Take the second side damper element 14 as example description architecture, as shown in Figure 3, the second side damper element 14 comprises that the second outer damper element 142 and the interior damper element 141 of the second interior damper element 141, the second of being mutually close to setting offer buffering cavity 1412.
As shown in Figure 5, the second interior damper element 141 structures are similar to middle damper element 13, and lower end is the first Plug Division 16, correspondence offers interior cushion chamber 1412, difference part is that it is provided with raised line 1413, corresponding on box body 11, and offering fixed orifice 1143 can insert for raised line 1413.
As shown in Figure 3, the second outer damper element 142 is not offered cushion chamber, is close to setting with the second interior damper element 141.Whole the second side damper element 14 is plugged in many spliced eyes 1141 of box body 11, is fixed.
The first side damper element 141 is identical with the second side damper element 142 structures.When product snaps in after cushion chamber, two ends are connected to the medial surface of the first outer damper element 121 and the second outer damper element 142, can absorb the vibrations from both sides, for product provides protection.
Combined package structure 1 in this enforcement, box body 11 is formed by fluting board bending, by fluting board be convenient to the feature of bending forming, the damper element that box body 11 inside plug is made up of foam, by the strong feature of foamed materials shock resistance, the combination of the two, has avoided fluting board shock resistance poor simultaneously, the problem of foamed materials splicing trouble.The cushion chamber that inside is offered can snap in for product side, and multiple damper elements are wrapped in outside product, and good shock resistant packaging environment is provided.Whole combined package structure 1, productive costs is low, and easily, moulding is fast in splicing, and shock resistance is strong.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.