CN205327634U - Cushioning packaging structure and package assembly - Google Patents

Abstract

The utility model provides a cushioning packaging structure and package assembly. The cushioning packaging structure is converted into by buffering panel an organic whole. Buffering panel contains bottom plate, first mainboard, second mainboard and two curb plates. The bottom plate has two relative first lateral margins. First mainboard has two relative third lateral margins and the second lateral margin between among them. The second lateral margin can be connected in the first lateral margin of bottom plate with buckling. The second mainboard has 2 the 5th relative lateral margins and the fourth lateral margin between among them. The fourth lateral margin can be connected in first lateral margin with buckling. The curb plate can be connected with buckling and extends in the third lateral margin and towards the second mainboard. First closely spaced between the third lateral margin makes forming main accommodation space between first mainboard, second mainboard and curb plate in the second interval between the 5th lateral margin, and first mainboard, second mainboard and one side board outside formation wherein are first attaches the accommodation space.

Description

Buffer packing structure and package component

Technical field

This utility model relates to a kind of buffer packing structure and package component, particularly to a kind of buffer packing structure integrally folded by a buffering sheet material and the package component including buffer packing structure。

Background technology

Progress along with science and technology; the precision of the electronic products such as display floater, notebook computer or little pen electricity is more and more higher; in order to avoid electronic product and related accessory thereof are clashed in the process that shipment is transported and damaged, electronic product and accessory thereof often can be loaded in the packing box of tool fender。And in order to separate electronic product and accessory, existing packing box utilizes the mode of large bag capsule often, and namely electronic product is respectively charged into from accessory in different parcel mounted boxs, then puts into big packing box together。

But in above-mentioned design, a large amount of uses of parcel mounted box can increase material cost, and needs a plurality of product line of additional to manufacture these parcel mounted boxs, improves the production cost of packing box。And it is contemplated that, each parcel mounted box is required for manpower and folds, and namely packs the work flow that namely single electronic product needs to fold through multiple tracks, extends the time of loading on the contrary。Additionally, the size of parcel mounted box and quantity are often inconsistent, often need the extra size strengthening external packing box can hold all of parcel mounted box, it is easy to cause the waste in space, invisible add cost of transportation。Even, the practice having existing packing box is to stick multiple dividing plate to separate space at external packing box hose lining, but such design not only improves the cost of manpower and time, dividing plate is only to be arranged in external packing box in the way of gluing, the intensity of entire package box is relatively low and buffering effect is not good yet。

Utility model content

The purpose of this utility model is in that to provide a kind of buffer packing structure and package component, uses the problems such as waste padded coaming, space waste and loading time length that have in the current packing box of solution。

For reaching above-mentioned purpose, this utility model provides a kind of buffer packing structure, a buffering sheet material integrally fold and form, and this buffering sheet material comprises:

One base plate, has 2 first lateral margins relative to each other；

One first mainboard, has one second lateral margin and 2 the 3rd lateral margins relative to each other, and this 2 the 3rd lateral margin is positioned at the same side of this second lateral margin, and this second lateral margin is connected to wherein this first lateral margin of this base plate bently；

One second mainboard, there are one the 4th lateral margin and 2 the 5th lateral margins relative to each other, 4th lateral margin is between this 2 the 5th lateral margin, and the 4th lateral margin is connected to another this first lateral margin of this base plate bently, and this first mainboard and this second mainboard stand on the same side of this base plate；And

Two side plates, it is able to be connected to bendingly this 2 the 3rd lateral margin of this first mainboard, and extend towards the direction of this second mainboard, and one first between this 2 the 3rd lateral margin of this first mainboard is smaller than one second spacing between this 2 the 5th lateral margin of this second mainboard, to make formation one main accommodation space between this base plate, this first mainboard, this second mainboard and this two side plate, and the outside of this first mainboard, this second mainboard and one of them this two side plate forms one first attached accommodation space。

Above-mentioned buffer packing structure, wherein the outside of this first mainboard, this second mainboard and this two side plate forms two these first attached accommodation spaces。

Above-mentioned buffer packing structure, wherein this second mainboard also has 2 first jacks, and this two side plate is inserted in this 2 first jack respectively。

Above-mentioned buffer packing structure, wherein more comprises two bufferings folding ears, is connected on this two side plate the side away from this first mainboard, and protrudes from the side of this main accommodation space dorsad on this second mainboard respectively via this 2 first jack of this second mainboard。

Above-mentioned buffer packing structure, wherein more comprise 2 first buffering lugs, this 2 first lateral margin each of this base plate has 2 first linkage sections and one second linkage section, this second linkage section is between this 2 first linkage section, this base plate is connected to this second lateral margin of this first mainboard with this 2 first linkage section of wherein one this first lateral margin, this base plate is connected to the 4th lateral margin of this second mainboard with this 2 first linkage section of another this first lateral margin, this 2 first bufferings lug is respectively arranged at this 2 second linkage section of this 2 first lateral margin of this base plate, and protrude from this first mainboard and this second mainboard respectively。

Above-mentioned buffer packing structure, wherein more comprise 2 second buffering lugs, this side plate each has 2 the 3rd linkage sections and one the 4th linkage section, 4th linkage section is between this 2 the 3rd linkage section, this side plate each is connected to the 3rd lateral margin of this first mainboard with this 2 the 3rd linkage section, this 2 second bufferings lug is respectively arranged at this 2 the 4th linkage section of this two side plate, and protrudes from the side of this main accommodation space dorsad on this first mainboard。

Above-mentioned buffer packing structure, wherein more comprise 2 first buffering foots and 2 second buffering foots, this 2 first bufferings foot is connected to this second lateral margin of this first mainboard, this 2 second bufferings foot is connected to the 4th lateral margin of this second mainboard, and this 2 first bufferings foot protrudes from the side of this base plate this main accommodation space dorsad with this 2 second bufferings foot。

Above-mentioned buffer packing structure, wherein more comprise a upper spacer, this second mainboard also has one the 6th lateral margin relative to the 4th lateral margin, this upper spacer can be connected to the 6th lateral margin bendingly, this first mainboard also has one second jack, this upper spacer is inserted in this second jack, to make the outside formation one second attached accommodation space of this first mainboard, this second mainboard and this upper spacer。

Above-mentioned buffer packing structure, wherein this second mainboard also has one and grips mouth, is adjacent to this upper spacer。

For reaching above-mentioned purpose, this utility model also provides for a kind of package component, and it comprises:

One casing, has a parking space；And

One buffer packing structure as above, wherein, is arranged in this parking space, to make this main accommodation space and this first attached accommodation space be arranged in this parking space。

By the above-mentioned disclosed buffer packing structure of this utility model and package component, can fold into, by single integrated buffering plate body, the buffer packing structure comprising at least two accommodation spaces once, to separate placement electronic product and accessory thereof。Compared to needing to provide the design of multiple parcel mounted box in traditional packing box, this utility model not only can be effectively improved space utilization rate, and that also can reduce fender makes consumption and its manufacturing cost。And in shipment, can significantly simplify the flow process of loading to reduce the time needed for shipment。

Below in conjunction with the drawings and specific embodiments, this utility model is described in detail, but not as to restriction of the present utility model。

Accompanying drawing explanation

The Fig. 1 exploded view according to the package component of first embodiment of the present utility model；

The schematic diagram that Fig. 2 launches according to the buffer packing structure of first embodiment of the present utility model；

Fig. 3 A is according to the schematic diagram after the buffer packing structure assembling of first embodiment of the present utility model；

Fig. 3 B schematic diagram according to another visual angle after the buffer packing structure assembling of first embodiment of the present utility model；

The Fig. 4 top view according to Fig. 3 A of the present utility model；

The Fig. 5 side view according to Fig. 3 A of the present utility model；

Fig. 6 is according to the schematic diagram that buffer packing structure loads in first embodiment of the present utility model casing；

The Fig. 7 top view according to Fig. 6 of the present utility model。

Wherein, accompanying drawing labelling

1a buffer packing structure

1b cushions sheet material

9 package components

11 base plates

11a the first lateral margin

11a1 the first linkage section

11a2 the second linkage section

12 first mainboards

12a the second lateral margin

12b the 3rd lateral margin

12s the second jack

13 second mainboards

13a the 4th lateral margin

13b the 5th lateral margin

13c the 6th lateral margin

13c1 caves in section

13s1 the first jack

13s2 grips mouth

14 side plates

14a the 3rd linkage section

14b the 4th linkage section

90 casings

91 parking spaces

111 first buffering lugs

121 first buffering foots

131 second buffering foots

132 upper spacers

141 buffering folding ears

142 second buffering lugs

D1 the first spacing

D2 the second spacing

The main accommodation space of S1

The attached accommodation space of S2 first

The attached accommodation space of S3 second

Detailed description of the invention

Hereinafter detailed features of the present utility model and advantage are described in embodiments in detail, its content is enough to make any relevant art of haveing the knack of understand this novel technology contents and implement according to this, and content disclosed by this specification, right and accompanying drawing, any relevant art of haveing the knack of can be readily understood upon the relevant purpose of this utility model and advantage。Below example further describes viewpoint of the present utility model, but non-to limit category of the present utility model anyways。

Refer to Fig. 1, the exploded view according to the package component of first embodiment of the present utility model。As it can be seen, the utility model proposes a kind of package component 9, comprise casing 90 and a buffer packing structure 1a。Casing 90 has a parking space 91 to arrange buffer packing structure 1a, and buffer packing structure 1a then can be used to pack and protect the electronic products (not illustrating) such as display floater, notebook computer or little pen electricity。

Hereinafter, will explain orally for buffer packing structure 1a。Refer to Fig. 2, according to the schematic diagram that the buffer packing structure of first embodiment of the present utility model launches。As it can be seen, aforesaid buffer packing structure 1a is integrally folded by a buffering sheet material 1b to form。The platy structure that buffering sheet material 1b described here is formed in one, and can be, but not limited to be with paper wood or plastic cement material etc., there is the material of bent characteristic to be constituted。

In the present embodiment, buffering sheet material 1b comprises base plate 11,1 first mainboard 12,1 second mainboard 13 and two side plates 14。First mainboard 12 and the second mainboard 13 are connected to the opposite sides edge of base plate 11 respectively bently, and two side plates 14 are connected to the opposite sides edge of the first mainboard 12 respectively bently。

Specifically, base plate 11 has 2 first lateral margin 11a relative to each other, each first lateral margin 11a and has 2 first linkage section 11a1 and one second linkage section 11a2, and the second linkage section 11a2 is between 2 first linkage section 11a1。

It is relative to each other that first mainboard 12 has one second lateral margin 12a and two the 3rd lateral margin 12b, 2 the 3rd lateral margin 12b, and 2 the 3rd lateral margin 12b are positioned at the same side of the second lateral margin 12a。Base plate 11 with the 2 first linkage section 11a1 of wherein one first lateral margin 11a bent be connected to the second lateral margin 12a of the first mainboard 12。

Second mainboard 13 has one the 4th lateral margin 13a, 2 the 5th lateral margin 13b and one the 6th lateral margin 13c。2 the 5th lateral margin 13b are relative to each other。4th lateral margin 13a and the six lateral margin 13c is relative to each other, and between 2 the 5th lateral margin 13b。Base plate 11 with the 2 first linkage section 11a1 of another first lateral margin 11a bent be connected to the 4th lateral margin 13a of the second mainboard 13 so that base plate 11 is connected between the first mainboard 12 and the second mainboard 13。Additionally, the second mainboard 13 also has 2 first jack 13s1, for the use that follow-up side plate 14 plugs。

Every side plate 14 has 2 the 3rd linkage section 14a and one the 4th linkage section 14b, and 2 the 3rd linkage section 14a are relative to each other, and the 4th linkage section 14b is between 2 the 3rd linkage section 14a。Two side plates 14 be respectively via 2 the 3rd linkage section 14a bent be connected to relative 2 the 3rd lateral margin 12b of the first mainboard 12。

Additionally, in the present embodiment, the width of the first mainboard 12 is less than the width of the second mainboard 13。As it can be seen, one first space D 1 between 2 the 3rd lateral margin 12b of the first mainboard 12 is less than one second space D 2 between 2 the 5th lateral margin 13b of the second mainboard 13。

It addition, in the present embodiment, buffering sheet material 1b more comprises 2 first buffering lugs 111,2 first and cushions buffering foot 131, of foot 121,2 second upper spacer 132, two buffering folding ear 141 and 2 second buffering lugs 142。Additionally, the first mainboard 12 also has one second jack 12s, and the 6th lateral margin 13c of the second mainboard 13 has a depression section 13c1。

Specifically, 2 first buffering lugs 111 are respectively arranged at the 2 second linkage section 11a2 of 2 first lateral margin 11a of base plate 11。2 first buffering foots 121 are arranged opposite to each other in the second lateral margin 12a of the first mainboard 12, and namely 2 first buffering foots 121 are respectively arranged at the opposite end of the second lateral margin 12a。2 second buffering foots 131 are arranged opposite to each other in the 4th lateral margin 13a of the second mainboard 13, and 2 second buffering foots 131 are respectively arranged at the opposite end of the 4th lateral margin 13a。Upper spacer 132 is connected to the depression section 13c1 of the 6th lateral margin 13c of the second mainboard 13 bently, and can in follow-up the second jack 12s being inserted in the first mainboard 12。The side that two buffering folding ears 141 are respectively arranged on two side plates 14 away from the first mainboard 12。And 2 second buffering lugs 142 are respectively arranged at 2 the 4th linkage section 14b of two side plates 14。Wherein, each buffering folding ear 141 can be converted into the structure with two-layer sheet metal thickness。

Then。Refer to Fig. 3 A～3B, Fig. 3 A according to the schematic diagram after the buffer packing structure assembling of first embodiment of the present utility model, and the schematic diagram that Fig. 3 B is according to another visual angle after the buffer packing structure assembling of first embodiment of the present utility model。When user is intended to the buffer packing structure 1a using the present embodiment using the used time as packaging, first buffering first mainboard 12 of sheet material 1b and the second mainboard 13 are turned up respectively along with base plate 11 joint, with by the first mainboard 12 and the second mainboard 13 folding to the same side standing on base plate 11。Then, by two side plates 14 along with the first mainboard 12 connecting place to infolding so that side plate 14 extends towards the direction of the second mainboard 13, so that two side plates 14 to be inserted in 2 first jack 13s1 of the second mainboard 13 respectively。Finally, by upper spacer 132 along with the second mainboard 13 connecting place to infolding, to plug and to protrude from the second jack 12s of the first mainboard 12。According to above-mentioned steps, buffering sheet material 1b integrally can be folded and form buffer packing structure 1a。

Additionally, refer to Fig. 4～6, the Fig. 4 top view according to Fig. 3 A of the present utility model, the Fig. 5 side view according to Fig. 3 A of the present utility model, and Fig. 6 is according to the schematic diagram that buffer packing structure loads in first embodiment of the present utility model casing。As shown in Figure 4, after having folded buffer packing structure 1a, base plate the 11, first mainboard the 12, second mainboard 13 and two side plates 14 can around forming a main accommodation space S1, and the electronic products (not illustrating) such as display floater, notebook computer or little pen electricity can be loaded in main accommodation space S1 by user。And, owing to the width (the first space D 1) of the first mainboard 12 is less than the width (the second space D 2) of the second mainboard 13, therefore when by two side plates 14 to after infolding, the outside of first mainboard the 12, second mainboard 13 and two side plates 14 can form 2 first attached accommodation space S2。In addition, as shown in Figure 5, owing to aforementioned known upper spacer 132 is the depression section 13c1 of bent the 6th lateral margin 13c being connected to the second mainboard 13, therefore upper spacer 132 can form an offset with the upper limb of the first mainboard 12 and the second mainboard 13 after infolding, outside formation one the 3rd attached accommodation space S3 of first mainboard the 12, second mainboard 13 and upper spacer 132 can be made。

Thereby, as shown in Figure 6, will be understood that, when buffer packing structure 1a puts into after in parking space 91, main accommodation space S1, the 2 first attached accommodation space S3 of attached accommodation space S2 and the three are respectively positioned on parking space 91, user then can, by the adnexa (not illustrating) of the electronic products such as transformator, power line, slide-mouse or pointer, select to load in the 2 first attached accommodation space S3 of attached accommodation space S2 and the three。From the foregoing, only with single buffer packing structure 1a, parking space 91 can be partitioned into the space of multiple different user demand。

Further to seeing, hookup 6 please consults Fig. 7, Fig. 7 top view according to Fig. 6 of the present utility model more in the lump。Known as shown in figs. 6-7, the 2 first buffering lugs 111 being arranged at base plate 11 can protrude from the side of main accommodation space S1 dorsad on the first mainboard 12 and the second mainboard 13 respectively, the 2 second buffering lugs 142 being connected in two side plates 14 can be subject to side plate 14 interlock and protrude from the side of main accommodation space S1 dorsad on the first mainboard 12, and the two buffering folding ears 141 being positioned on two side plates 14 can protrude from the side of main accommodation space S1 dorsad on the second mainboard 13 respectively via 2 first jack 13s1 of the second mainboard 13。And it will be appreciated that 2 first buffering foots 121 and 2 second buffering foots 131 can protrude from the side of main accommodation space S1 dorsad on base plate 11, and upper spacer 132 can protrude from the side of main accommodation space S1 dorsad on the first mainboard 12 via the second jack 12s。

Thereby, 2 first buffering lugs 111,2 second cushion lugs 142, two buffering folding ears 141,2 first cushion foot 121,2 second cushion foot 131 and upper spacer 132 can by base plate the 11, first mainboard 12 and the second mainboard 13 respectively with the internal face maintenance spacing of casing 90, make to form multiple cushion space respectively between base plate the 11, first mainboard 12 and the second mainboard 13 and the internal face of casing 90 of buffer packing structure 1A, may be used to the buffering external force impact on the electronic product in main accommodation space S1。For example, put on the external force of casing 90, first can be cushioned lugs 111,2 first by 2 first to cushion foot 121,2 second and cushion the structure absorption such as foot 131, upper spacer 132, two buffering folding ear 141 and 2 second buffering lugs 142 and dissipate, to reduce the external force impact to electronic product。Wherein, owing to buffering folding ear 141 is the structure folded by multi-layered board, except having stronger resistance to pressure and buffer capacity, still prevent buffering folding ear 141 and depart from from the first jack 13s1。

In addition, it is understood that, each cushion space formed between above-mentioned buffer packing structure 1a and the internal face of casing 90, it is also possible to as the space depositing adnexa。For example, the cushion space between the first mainboard 12 and casing 90 also can be used to the files such as description or the certificate of guarantee of placing electronic product。

But, this utility model is not only limited with previous embodiment。For example, the quantity of aforementioned first attached accommodation space S2, for selecting, is can increase and decrease according to actual demand。Such as, in other embodiments, the quantity of the first attached accommodation space S2 may also be only one。

Additionally, aforesaid 2 first buffering lugs 111,2 second cushion that lugs 142, two buffering folding ears 141,2 first cushion foot 121 and 2 second buffering foots 131 be set to selection, user can increase and decrease according to actual demand。Such as, in other embodiments, buffer packing structure can only retain 2 first buffering foot 121 and 2 second buffering foots 131, or even can omit above-mentioned all of Cushioning Design。

It addition, 2 first jack 13s1 of aforementioned second mainboard 13 are for selecting。Such as, in other embodiments, the second mainboard 13 is optional omits the first jack 13s1, and two side plates 14 are to be fixed on desired position in the way of being resisted against the second mainboard 13 bending inwards。Similar, the second jack 12s of the first mainboard 12 is also for selecting, and upper spacer 132 can also be fixed on desired position in the way of being resisted against the first mainboard 12 bending inwards。

Furthermore, please join Fig. 2～3 again, in the present embodiment, the second mainboard 13 also has one and grips a mouthful 13s2, is adjacent to upper spacer 132, has folded rear extracting directly buffer packing structure 1a for user in buffer packing structure 1a。But grip the selection that is set to of mouthful 13s2, and be not used to restriction this utility model。

In sum, in the buffer packing structure that the utility model proposes and package component, can fold into, by single integrated buffering plate body, the buffer packing structure comprising at least two accommodation spaces once, to separate placement electronic product and accessory thereof。Compared to needing to provide the design of multiple parcel mounted box in traditional packing box, this utility model not only can be effectively improved space utilization rate, and that also can reduce fender makes consumption and its manufacturing cost。And in shipment, can significantly simplify the flow process of loading to reduce the time needed for shipment。

In addition, only get final product complete packaging electronic product with aforementioned buffer packing structure, that is, when specific shipment demand, aforesaid casing can not needed yet, single can pack electronic product to be made directly the operation of follow-up storage shipment with integrated buffer packing structure, there is the advantages such as ETCD estimated time of commencing discharging is short and overall volume is little。In the case, if electronic product has the adnexa of correspondence, still elect to be placed in the 3rd attached accommodation space above upper spacer。

Additionally, user can select to arrange the buffer structures such as the first buffering lug, the second buffering lug, buffering folding ear, the first buffering foot or the second buffering foot on buffer packing structure according to actual demand, put on the external force of package component with buffering, reduce the external force impact to the electronic product in buffer packing structure。

Certainly; this utility model also can have other various embodiments; when without departing substantially from this utility model spirit and essence thereof; those of ordinary skill in the art are when can make various corresponding change and deformation according to this utility model, but these change accordingly and deformation all should belong to the scope of the claims appended by this utility model。

Claims (10)

1. a buffer packing structure, is integrally folded by a buffering sheet material and forms, it is characterised in that this buffering sheet material comprises:

One base plate, has 2 first lateral margins relative to each other；

One first mainboard, has one second lateral margin and 2 the 3rd lateral margins relative to each other, and this 2 the 3rd lateral margin is positioned at the same side of this second lateral margin, and this second lateral margin is connected to wherein this first lateral margin of this base plate bently；

One second mainboard, there are one the 4th lateral margin and 2 the 5th lateral margins relative to each other, 4th lateral margin is between this 2 the 5th lateral margin, and the 4th lateral margin is connected to another this first lateral margin of this base plate bently, and this first mainboard and this second mainboard stand on the same side of this base plate；And

Two side plates, it is able to be connected to bendingly this 2 the 3rd lateral margin of this first mainboard, and extend towards the direction of this second mainboard, and one first between this 2 the 3rd lateral margin of this first mainboard is smaller than one second spacing between this 2 the 5th lateral margin of this second mainboard, to make formation one main accommodation space between this base plate, this first mainboard, this second mainboard and this two side plate, and the outside of this first mainboard, this second mainboard and one of them this two side plate forms one first attached accommodation space。

2. buffer packing structure according to claim 1, it is characterised in that the outside of this first mainboard, this second mainboard and this two side plate forms two these first attached accommodation spaces。

3. buffer packing structure according to claim 1, it is characterised in that this second mainboard also has 2 first jacks, this two side plate is inserted in this 2 first jack respectively。

4. buffer packing structure according to claim 3, it is characterized in that, more comprise two bufferings folding ears, be connected on this two side plate the side away from this first mainboard, and protrude from the side of this main accommodation space dorsad on this second mainboard respectively via this 2 first jack of this second mainboard。

5. buffer packing structure according to claim 1, it is characterized in that, more comprise 2 first buffering lugs, this 2 first lateral margin each of this base plate has 2 first linkage sections and one second linkage section, this second linkage section is between this 2 first linkage section, this base plate is connected to this second lateral margin of this first mainboard with this 2 first linkage section of wherein one this first lateral margin, this base plate is connected to the 4th lateral margin of this second mainboard with this 2 first linkage section of another this first lateral margin, this 2 first bufferings lug is respectively arranged at this 2 second linkage section of this 2 first lateral margin of this base plate, and protrude from this first mainboard and this second mainboard respectively。

6. buffer packing structure according to claim 1, it is characterized in that, more comprise 2 second buffering lugs, this side plate each has 2 the 3rd linkage sections and one the 4th linkage section, 4th linkage section is between this 2 the 3rd linkage section, this side plate each is connected to the 3rd lateral margin of this first mainboard with this 2 the 3rd linkage section, and this 2 second bufferings lug is respectively arranged at this 2 the 4th linkage section of this two side plate, and protrudes from the side of this main accommodation space dorsad on this first mainboard。

7. buffer packing structure according to claim 1, it is characterized in that, more comprise 2 first buffering foots and 2 second buffering foots, this 2 first bufferings foot is connected to this second lateral margin of this first mainboard, this 2 second bufferings foot is connected to the 4th lateral margin of this second mainboard, and this 2 first bufferings foot protrudes from the side of this base plate this main accommodation space dorsad with this 2 second bufferings foot。

8. buffer packing structure according to claim 1, it is characterized in that, more comprise a upper spacer, this second mainboard also has one the 6th lateral margin relative to the 4th lateral margin, this upper spacer can be connected to the 6th lateral margin bendingly, this first mainboard also has one second jack, and this upper spacer is inserted in this second jack, to make the outside formation one second attached accommodation space of this first mainboard, this second mainboard and this upper spacer。

9. buffer packing structure according to claim 8, it is characterised in that this second mainboard also has and grips mouth, is adjacent to this upper spacer。

10. a package component, it is characterised in that comprise:

One casing, has a parking space；And

One buffer packing structure as claimed in claim 1, it is characterised in that be arranged in this parking space, to make this main accommodation space and this first attached accommodation space be arranged in this parking space。