CN206384302U - A kind of package buffering structure and buffer packing case - Google Patents

A kind of package buffering structure and buffer packing case Download PDF

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Publication number
CN206384302U
CN206384302U CN201621345896.8U CN201621345896U CN206384302U CN 206384302 U CN206384302 U CN 206384302U CN 201621345896 U CN201621345896 U CN 201621345896U CN 206384302 U CN206384302 U CN 206384302U
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China
Prior art keywords
buffer layer
buffer
buffering structure
package buffering
installation position
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Withdrawn - After Issue
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CN201621345896.8U
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Chinese (zh)
Inventor
夏利锋
李红
邓秋连
伍玉良
梁骏驰
吴建春
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Hunan Greatwall Galaxy Technology Co Ltd
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Hunan Greatwall Galaxy Technology Co Ltd
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Priority to CN201621345896.8U priority Critical patent/CN206384302U/en
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Abstract

The utility model discloses a kind of package buffering structure and buffer packing case, package buffering structure includes first buffer layer, second buffer layer, three buffer layer, first buffer layer, second buffer layer, three buffer layer are sequentially connected, storage space is formed with the middle part of first buffer layer, second buffer layer is provided with horizontal retainer, transverse shifting for limiting the storage thing in storage space, three buffer layer includes multiple buffer stoppers, and multiple buffer stoppers are distributed across on side of the second buffer layer away from first buffer layer.Because package buffering structure includes three cushions; the thinner thickness of each layer of cushion; i.e. mould material is thick and EPE raw material thickness is relatively thin; cost can be reduced, meanwhile, storage thing is positioned in storage space; the transverse shifting of storage thing can be limited by horizontal retainer; the thickness of cushion can be improved by three buffer layer, there can be good protection to storage thing, reliability is high.In addition, three buffer layer can be processed by clout, cost is low.

Description

A kind of package buffering structure and buffer packing case
Technical field
The utility model is related to product packaging technical field, in particular to a kind of package buffering structure and buffering package Case, the packaging of the desktop computer that is particularly suitable for use in, notebook or server.
Background technology
Packaging is that product is protected during products in circulation, convenient storing, promotes sale, is adopted by certain technology and method The general name of container, material and adminicle etc..Server packaging is generally by corrugated case, EPE(Expandable Polyethylene, is expandability polyethylene, also known as pearl cotton)Buffer unit and PE(Polyethylene, abbreviation PE, poly- second Alkene)Three parts of bag composition, the structure design of wherein buffer unit be it is crucial, it directly affect packaging reliability and packaging into This.Good buffer unit structure design both can guarantee that product was against damages in handling, transport and storage process, can save into again This.
The buffer unit for being presently used for server is generally divided into upper cushion and lower cushion, and cushion design scheme is Integral type, such a design needs two molds, and cost of manufacture is high, while being not easy to material logistics.Meanwhile, upper and lower cushion pad is set Meter is integrated, if in order to ensure its reliability, cushion pad needs to thicken, and mould and EPE raw materials thicken, caused in cost therewith Rise;If necessary to control cost, cushion pad need to be thinned, and will influence the reliability of packaging.Therefore or existing pad arrangement is made Make cost high, or reliability is not enough, easily occurs damaged cushion pad, tear in the multiple process of circulation or even damage showing for product As.
Therefore, the reliability of buffer unit how is improved, the cost of package buffering device is reduced, as people in the art The technical problem of member's urgent need to resolve.
Utility model content
In consideration of it, the utility model proposes a kind of package buffering structure and buffer packing case, to solve how to improve slow The reliability of flushing device, the problem of reducing the cost of package buffering device.
On the one hand, the utility model proposes a kind of package buffering structure, including first buffer layer, second buffer layer, Three buffer layer, the first buffer layer, second buffer layer, three buffer layer are sequentially connected, the middle part shape of the first buffer layer Into there is storage space, the second buffer layer is provided with horizontal retainer, for limiting the storage thing in the storage space Transverse shifting, the three buffer layer includes multiple buffer stoppers, and it is remote that multiple buffer stoppers are distributed across the second buffer layer On the side of the first buffer layer.
Be used as the improvement of above-mentioned package buffering structure on the one hand, it is preferable that the first buffer layer, second buffer layer, Three buffer layer is bonded connected successively.
It is used as the improvement of above-mentioned package buffering structure on the one hand, it is preferable that the thickness of the second buffer layer is equal to institute State and perforate, at least one buffer stopper of the three buffer layer are cut out in the thickness of three buffer layer, the second buffer layer The clout cut out in the second buffer layer is made;And/or,
The first buffer layer cuts out to form storage space, and at least one buffer stopper of the three buffer layer is by described The clout cut out on one cushion is made.
Be used as the improvement of above-mentioned package buffering structure on the one hand, it is preferable that the first buffer layer, second buffer layer, Chamfering is provided with four angles of three buffer layer.
It is used as the improvement of above-mentioned package buffering structure on the one hand, it is preferable that the first side shape of the first buffer layer Into there is on the first annex installation position, a second buffer layer side corresponding with the first side of the first buffer layer also shape Into there is the first annex installation position.
It is used as the improvement of above-mentioned package buffering structure on the one hand, it is preferable that the second side shape of the first buffer layer Into there is the second annex installation position, a second buffer layer side corresponding with the second side of the first buffer layer is also formed Have the second annex installation position, the first annex installation position and the second annex installation position be located at respectively it is described state first buffer layer and On two relative sides of second buffer layer.
The utility model proposes a kind of package buffering structure, including first buffer layer, second buffer layer, the 3rd buffering Layer, first buffer layer, second buffer layer, three buffer layer are sequentially connected, and storage space is formed with the middle part of first buffer layer, the Two cushions are provided with horizontal retainer, and the transverse shifting for limiting the storage thing in storage space, three buffer layer includes Multiple buffer stoppers, multiple buffer stoppers are distributed across on side of the second buffer layer away from first buffer layer.Due to Packaging buffering Structure includes three cushions, and the thinner thickness of each layer of cushion, i.e. mould material are thick and EPE raw material thickness is relatively thin, can reduce Cost, meanwhile, storage thing is positioned in storage space, and the transverse direction of storage thing can be limited by the horizontal retainer of second buffer layer It is mobile, the thickness of cushion can be improved by three buffer layer, there can be good protection to storage thing, reliability is high.Separately Outside, three buffer layer is multiple buffer stoppers, and the clout that can be cut out by first buffer layer, second buffer layer is processed, and is improved Utilization rate of raw materials, reduces the manufacturing cost of three buffer layer.
On the other hand, the utility model proposes a kind of buffer packing case, for desktop computer, notebook or server Packaging, including upper package buffering structure and lower package buffering structure, the upper package buffering structure and/or lower package buffering structure For the package buffering structure described in any of the above-described kind, the storage space on the upper package buffering structure and lower package buffering structure For storing desktop computer, notebook or the main frame of server.
It is used as the improvement of above-mentioned buffer packing case on the one hand, it is preferable that also including corrugated case and PE bags, the upper bag Dress buffer structure and lower package buffering structure are arranged in the corrugated case, and described PE bags is used to pack desktop computer, notes The main frame of sheet or server, and in the storage space.
It is used as the improvement of above-mentioned buffer packing case on the one hand, it is preferable that in the first buffer layer and second buffer layer The first annex installation position be used for holding keyboard, the second annex installation position in the first buffer layer and second buffer layer is used for Place the one or more in mouse, power line, data wire, product description, the quality certification.
It is used as the improvement of above-mentioned buffer packing case on the one hand, it is preferable that the upper package buffering structure and lower packaging are slow The physical dimension for rushing structure is identical, and the thickness of the first buffer layer is 40-50mm, and the thickness of the second buffer layer is 25- 35mm, the thickness of the three buffer layer is 25-35mm.
A kind of buffer packing case that on the other hand the utility model proposes, for desktop computer, notebook or server Packaging, including upper package buffering structure and lower package buffering structure, upper package buffering structure and/or lower package buffering structure are upper Stating the storage space on any package buffering structure, upper package buffering structure and lower package buffering structure is used to store desk-top The main frame of computer, notebook or server.Exemplified by package buffering structure for packing server host(Desktop computer, pen Note is originally similar), first buffer layer thickness is server host height(It is assumed to be 90mm)1/2, i.e. 45mm, second buffer layer Thickness can use 30mm, and three buffer layer thickness also uses 30mm, mould material thickness 45mm, and EPE raw materials thickness is 45mm and 30mm, is delayed Punching pad gross thickness 105mm;The waste material that three buffer layer can be cut using first buffer layer and second buffer layer, raw material profit It is high with rate;First buffer layer thickness is the 1/2 of server host height, and this causes server host to be assembled to package buffering structure Afterwards, there is no space, one stress entirety of upper and lower package buffering structure formation so that buffer unit between upper and lower package buffering structure Structure is more firm, when the external force such as being subjected to impact, fall, jolting, vibrating, extruding when product in the process of circulation, can will be outer Power is shared out equally on buffer unit, rather than is directly delivered on product, so as to protect product well, reliability is high.
In further scheme, due to devising the peace for holding keyboard, annex at the two ends of package buffering structure Position is filled, accessories of a product are placed on inside accessory case, the second annex installation position is installed to, keyboard is installed to the installation of the first annex Position, plays good fixation after installation, the problem of solving to slidably reciprocate within a package when carrying.
It is respectively a thing because the buffer packing case of prior art distinguishes upper package buffering structure and lower package buffering structure Material, interchangeability is low, easily mistakes;In further scheme, though buffer packing case of the present utility model is by upper Packaging buffering knot Structure, lower package buffering structure two parts composition, but upper package buffering structure, lower package buffering structure are designed to striking resemblances, Confuse with convenient for assembly will not mix up, facilitate material logistics, while reducing cost.
Brief description of the drawings
Fig. 1 is a kind of schematic diagram of package buffering structure of the present utility model;
Fig. 2 is the structural representation of first buffer layer in Fig. 1;
Fig. 3 is the structural representation of second buffer layer in Fig. 1;
Fig. 4 is the structural representation of three buffer layer in Fig. 1;
Fig. 5 is a kind of schematic diagram of buffer packing case of the present utility model;
Fig. 6 is Fig. 5 top view;
The schematic diagram that Fig. 7 is gone to fall down after package buffering structure for buffer packing case in Fig. 5.
In figure:1 keyboard;2 main frames;Package buffering structure on 3;31 first buffer layers;311 keyboard case installation positions;312 main frames Accessory case installation position;313 storage spaces;32 second buffer layers;321 keyboard case installation positions;322 main frame accessory case installation positions;323 Perforate;324 horizontal retainers;33 three buffer layers;331st, 332,333,334 buffer stopper;4 annexes;5 times package buffering structures.
Embodiment
In order to be more clearly understood that above-mentioned purpose of the present utility model, feature and advantage, below in conjunction with the accompanying drawings and tool The utility model is further described in detail body embodiment.It should be noted that in the case where not conflicting, this Shen The feature in embodiment and embodiment please can be mutually combined.
It should be noted that " first ", " second ", " the 3rd " that occurs in the utility model is only used for distinguishing different portions Part, point of no priority, the less restriction as structure in itself;Meanwhile, the "and/or" in the utility model, refer to both can be simultaneously Possess, one of them can also be selected, such as option A and/or option b, including this three kinds of option A, option b, option A and option b Situation.
The design of prior art package buffering structure is integrated, i.e., cut out in the thick EPE raw materials of certain material to be stored The moulding of thing, by taking server host as an example, usual thickness is 60-70mm or so, and therefore, waste material is more, mould material thickness and EPE raw materials Thickness is more than 60mm, and mould material thickness and EPE raw materials thickness are higher to cause cost height, while server host is assembled to Packaging buffering After in structure, there is the space of 15mm and the above in upper and lower package buffering structure, it is whole that upper and lower cushion pad does not form a stress Body so that package buffering structure is also easily damaged rupture, at the same product be subjected in the process of circulation impact, fall, jolt, The external force such as vibration, extruding will be locally directly delivered on product by package buffering structure, so that there is the risk for damaging product, Cause package buffering structure reliability not high.
In order to overcome above mentioned problem, referring to Fig. 1-4, on the one hand, the utility model proposes a kind of package buffering structure, bag Include first buffer layer 31, second buffer layer 32, three buffer layer 33, first buffer layer 31, second buffer layer 32, three buffer layer 33 are sequentially connected, and the middle part of first buffer layer 31 is formed with storage space 313, and second buffer layer 32 is provided with horizontal retainer 324, the transverse shifting for limiting the storage thing in storage space 313(Laterally refer in accompanying drawing 1 shown in arrow, i.e., first The direction that cushion 31, second buffer layer 32, three buffer layer 33 are stacked, horizontal retainer 324 can be the knot of second buffer layer 32 The part of structure in itself, can also specially be set), three buffer layer 33 includes multiple buffer stoppers 331,332,333,334, multiple Buffer stopper 331,332,333,334 is distributed across on side of the second buffer layer 32 away from first buffer layer 31.Buffer stopper Quantity can be selected as needed, such as 2,3,4,5,6,7,8 etc., be 7 in accompanying drawing 4, this practicality is new The package buffering structure of type includes three cushions, the thinner thickness of each layer of cushion, i.e. mould material be thick and EPE raw materials it is thick compared with It is thin, cost can be reduced, meanwhile, storage thing is positioned in storage space 313, passes through the horizontal retainer of second buffer layer 32 324 can limit the transverse shifting of storage thing(When two package buffering structures are used cooperatively, storage thing can be limited in storage space In 313), the thickness of cushion can be improved by three buffer layer 33, can have good protection, reliability to storage thing It is high.In addition, three buffer layer 33 is multiple buffer stoppers, it can be added by the clout of first buffer layer 31, second buffer layer 32 Work, improves utilization rate of raw materials, reduces the manufacturing cost of three buffer layer 33.
Above-mentioned package buffering structure, it is preferable that first buffer layer 31, second buffer layer 32, three buffer layer 33 are successively Bonding is connected.First buffer layer 31, second buffer layer 32, three buffer layer 33 are connected by bonding, and technique is simple, manufacturer Just, the cost of package buffering structure is advantageously reduced.
Specifically, it is preferable that the thickness of second buffer layer 32 is equal to the thickness of three buffer layer 33, second buffer layer 32 On be cut out perforate 323, the clout that at least one buffer stopper of three buffer layer 33 is cut out in second buffer layer 32 is made, and changes Sentence is talked about, and three buffer layer 33 can have a buffer stopper(Such as buffer stopper 331)The clout system cut out in second buffer layer 32 Into, it is possibility to have two buffer stoppers(Such as buffer stopper 331,332)The clout cut out in second buffer layer 32 is made, and the certain 3rd The clout that whole buffer stoppers of cushion 33 can also be cut out in second buffer layer 32 is made.Perforate 323 can reduce second The material usage of cushion 32, mitigates the weight of package buffering structure, saves material, it is often more important that, second buffer layer 32 The clout cut out can for processing three buffer layer 33, thus, the manufacturing cost of three buffer layer 33 is low, or even zero material into This;Certainly, first buffer layer 31 can also form storage space 313 by cutting out, at least one buffering of three buffer layer 33 The clout that block is cut out in first buffer layer 31 is made, in other words, and three buffer layer 33 can have a buffer stopper(As buffered Block 331)The clout cut out in first buffer layer 31 is made, it is possibility to have two buffer stoppers(Such as buffer stopper 331,332)By The clout cut out on one cushion 31 is made, and whole buffer stoppers of certain three buffer layer 33 can also be in first buffer layer 31 The clout cut out is made.Using manufacture storage space 313 be cut out come original manufacture three buffer layer 33, three buffer layer 33 Manufacturing cost it is low, or even zero material cost.It should be noted that the buffer stopper of three buffer layer 33 can be a part of by second The clout cut out on cushion 32 is made, and the clout that another part is cut out in first buffer layer 31 is made;Or, the 3rd buffering The clout that the buffer stopper of layer 33 is all cut out in second buffer layer 32 is made;Or, the buffer stopper of three buffer layer 33 is whole The clout cut out in first buffer layer 31 is made;Certainly, the buffer stopper of three buffer layer 33 can be a part of by the second buffering The clout cut out on layer 32 is made, and remainder is separately drawn materials and is made;Or, the buffer stopper of three buffer layer 33 can a part The clout cut out in first buffer layer 31 is made, and remainder is separately drawn materials and is made.
In such scheme, it is preferable that first buffer layer 31, second buffer layer 32, set on four angles of three buffer layer 33 It is equipped with chamfering 34.By setting chamfering 34, it can be fitted into instant packed buffer structure in corrugated case.
In such scheme, it is preferable that the first side of first buffer layer 31 is formed with the first annex installation position, with server Package buffering structure exemplified by, the first annex installation position can be keyboard case installation position 311, accordingly, second buffer layer 32 with The first annex installation position is also formed with the corresponding side in first side of first buffer layer 31, is also keyboard case installation position 321, keyboard case installation position 311,321 forms a complete keyboard case installing space, it is of course possible to by the first annex installation position Do big, except holding keyboard box, other annexes can also be placed.
Further, the second side of first buffer layer 31 is formed with the second annex installation position, with the packaging of server Exemplified by buffer structure, the second annex installation position is main frame accessory case installation position 312, second buffer layer 32 and first buffer layer 31 The corresponding side in second side is also formed with the second annex installation position, and the second annex installation position is also main frame accessory case installation position 322, the first annex installation position and the second annex installation position are located at respectively states first buffer layer 31 and second buffer layer 32 is relative On two sides(Can certainly be on adjacent side), the second annex installation position can be used for placing mouse, power line, data One or more in line, product description, the quality certification.
On the other hand, as illustrated in figs. 5-7, a kind of buffer packing case that another embodiment of the utility model is proposed, for platform The packaging of formula computer, notebook or server, including upper package buffering structure 3 and lower package buffering structure 5, upper Packaging buffering knot Structure 3 and/or lower package buffering structure 5 are the above-mentioned package buffering structure of any one, and upper package buffering structure 3 and lower packaging are slow The storage space 313 rushed in structure 5 is used for the main frame 2 for storing desktop computer, notebook or server.For packaging server Exemplified by the package buffering structure of main frame(Desktop computer, notebook are similar), first buffer layer thickness is server host height(It is false It is set to 90mm)1/2, i.e. 45mm, second buffer layer thickness can use 30mm, three buffer layer thickness also use 30mm, mould Tool material thickness 45mm, EPE raw materials thickness is 45mm and 30mm, cushion pad gross thickness 105mm;Three buffer layer can utilize first buffer layer The waste material cut with second buffer layer, raw material availability is high;First buffer layer thickness is the 1/ of server host height 2, this causes server host to be assembled to after package buffering structure, does not have space, upper and lower bag between upper and lower package buffering structure 3,5 Fill buffer structure 3,5 formation one stress entirety so that buffer unit structure is more firm, when product in the process of circulation by When the external force such as impacting, fall, jolting, vibrating, extruding, external force can be shared out equally on buffer unit, rather than directly passed It is delivered on product, so as to protect product well, reliability is high.
Above-mentioned buffer packing case, it is preferable that also including corrugated case and PE bags, upper package buffering structure 3 and lower packaging Buffer structure 5 is arranged in corrugated case, the PE bags of main frames for packing desktop computer, notebook or server, and positioned at storage In object space 313.
Meanwhile, prior art package buffering structure does not design accessory case and keyboard case installation position, accessories of a product(Mouse, Power line, data wire, product description, quality certification etc.)Place within a package, not fix after typically being installed with polybag Firmly, during carrying, it can slide within a package back and forth;Simultaneously holding keyboard is unable in packaging.The buffer packing case of the present embodiment, first The first annex installation position on cushion 31 and second buffer layer 32 is used for holding keyboard 1, and first buffer layer 31 and second is buffered The second annex installation position on layer 32 be used to placing one kind in mouse, power line, data wire, product description, the quality certification or Multiple accessories 4.Because the two ends of package buffering structure of the present utility model devise the installation for holding keyboard 1, annex 4 Position, accessories of a product are placed on inside accessory case, the second annex installation position are installed to, keyboard 1 is installed to the first annex installation position, Good fixation is played after installation, the problem of solving to slidably reciprocate within a package when carrying.Therefore, assembling had not only facilitated but also firm Gu, pack relatively reliable, the damage of keyboard 1 and annex 4 in carrying and logistics progress avoided well.
In such scheme, it is preferable that upper package buffering structure 3 is identical with the physical dimension of lower package buffering structure 5, first The thickness of cushion 31 is 40-50mm, and preferably 45mm, the thickness of second buffer layer 32 is slow for 25-35mm, preferably 30mm, the 3rd The thickness for rushing layer 33 is 25-35mm, preferably 30mm.Because the buffer packing case of prior art distinguishes upper package buffering structure with Package buffering structure, is respectively a material, interchangeability is low, easily mistakes;And though buffer packing case of the present utility model is by Shang Bao Buffer structure 3, the two parts of lower package buffering structure 5 composition are filled, but upper package buffering structure, lower package buffering structure are designed to one Mould is the same, is confused with convenient for assembly will not mix up, is facilitated material logistics, while reducing cost.
In a word, package buffering structure and buffer packing case of the present utility model, change are flexible, are widely used, especially suitable On 2U server hosts are packed, in the packaging that can be certainly also used to other types product.
Preferred embodiment of the present utility model is these are only, the utility model is not limited to, for this area Technical staff for, the utility model can have various modifications and variations.It is all it is of the present utility model spirit and principle within, Any modification, equivalent substitution and improvements made etc., should be included within protection domain of the present utility model.

Claims (10)

1. a kind of package buffering structure, it is characterised in that including first buffer layer(31), second buffer layer(32), the 3rd buffering Layer(33), the first buffer layer(31), second buffer layer(32), three buffer layer(33)It is sequentially connected, first buffering Layer(31)Middle part be formed with storage space(313), the second buffer layer(32)It is provided with horizontal retainer(324), it is used for Limit the storage space(313)The transverse shifting of interior storage thing, the three buffer layer(33)Including multiple buffer stoppers (331、332、333、334), multiple buffer stoppers(331、332、333、334)It is distributed across the second buffer layer(32)It is remote The first buffer layer(31)Side on.
2. package buffering structure according to claim 1, it is characterised in that the first buffer layer(31), second buffering Layer(32), three buffer layer(33)It is bonded and is connected successively.
3. package buffering structure according to claim 1, it is characterised in that the second buffer layer(32)Thickness be equal to The three buffer layer(33)Thickness, the second buffer layer(32)On be cut out perforate(323), the three buffer layer (33)At least one buffer stopper by the second buffer layer(32)On the clout cut out be made;And/or,
The first buffer layer(31)Cut out to form storage space(313), the three buffer layer(33)At least one buffering Block is by the first buffer layer(31)On the clout cut out be made.
4. the package buffering structure according to claim any one of 1-3, it is characterised in that the first buffer layer(31)、 Second buffer layer(32), three buffer layer(33)Four angles on be provided with chamfering(34).
5. the package buffering structure according to claim any one of 1-3, it is characterised in that the first buffer layer(31)'s First side is formed with the first annex installation position, the second buffer layer(32)With the first buffer layer(31)First side The first annex installation position is also formed with a corresponding side.
6. package buffering structure according to claim 5, it is characterised in that the first buffer layer(31)Second side It is formed with the second annex installation position, the second buffer layer(32)With the first buffer layer(31)Second side corresponding one Side is also formed with the second annex installation position, and the first annex installation position and the second annex installation position are located at described first respectively Cushion(31)And second buffer layer(32)On two relative sides.
7. a kind of buffer packing case, for the packaging of desktop computer, notebook or server, including upper package buffering structure(3) And lower package buffering structure(5), it is characterised in that the upper package buffering structure(3)And/or lower package buffering structure(5)For Package buffering structure described in claim any one of 1-6, the upper package buffering structure(3)With lower package buffering structure(5) On storage space(313)For storing desktop computer, notebook or the main frame of server(2).
8. buffer packing case according to claim 7, it is characterised in that also including corrugated case and PE bags, the upper bag Fill buffer structure(3)And lower package buffering structure(5)It is arranged in the corrugated case, described PE bags is used to pack desktop The main frame of brain, notebook or server, and positioned at the storage space(313)It is interior.
9. buffer packing case according to claim 7, it is characterised in that the first buffer layer(31)And second buffer layer (32)On the first annex installation position be used for holding keyboard(1), the first buffer layer(31)And second buffer layer(32)On Second annex installation position is used to place the one or more in mouse, power line, data wire, product description, the quality certification.
10. the buffer packing case according to claim any one of 7-9, it is characterised in that the upper package buffering structure and The physical dimension of lower package buffering structure is identical, the first buffer layer(31)Thickness be 40-50mm, the second buffer layer (32)Thickness be 25-35mm, the three buffer layer(33)Thickness be 25-35mm.
CN201621345896.8U 2016-12-09 2016-12-09 A kind of package buffering structure and buffer packing case Withdrawn - After Issue CN206384302U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106628527A (en) * 2016-12-09 2017-05-10 湖南长城银河科技有限公司 Packing buffer structure and buffering pack box

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106628527A (en) * 2016-12-09 2017-05-10 湖南长城银河科技有限公司 Packing buffer structure and buffering pack box

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