CN208790275U - A kind of buffer packing structure of camera - Google Patents
A kind of buffer packing structure of camera Download PDFInfo
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- CN208790275U CN208790275U CN201821517756.3U CN201821517756U CN208790275U CN 208790275 U CN208790275 U CN 208790275U CN 201821517756 U CN201821517756 U CN 201821517756U CN 208790275 U CN208790275 U CN 208790275U
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- hollow out
- out notch
- sides
- buffering plate
- camera
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Abstract
The utility model relates to a kind of buffer packing structures of camera, its deployed configuration are as follows: including buffering plate one, the centre of the buffering plate one is the bottom surface of packaging, wrapped first side is separately connected on one group of relative edge of bottom surface, the second side of packaging is separately connected on another group of relative edge of bottom surface, the two sides of one of second side are respectively arranged with rectangle buffering plate two, and the two sides of another second side are respectively arranged with spill buffering plate three；The side being connected along bottom surface with first side and second side is equipped with fold line, multiple hollow out notches one are opened up on the side that two first sides are connected with bottom surface respectively, hollow out notch two is offered respectively on the side that two second sides are connected with bottom surface, it is respectively equipped with hollow out notch three in the middle part of the both ends of the surface of first side, is respectively equipped with protrusion in the middle part of the two sides of second side.The utility model is structurally reasonable compact, and compact improves production efficiency, advantageously reduces warehouse logistics cost.
Description
Technical field
The utility model relates to packing technique field more particularly to a kind of buffer packing structures of camera.
Background technique
Common buffering package protection liner has EPS, EPP, EPO, EPE and paper mould etc., usually by being molded into
Type or a stereochemical structure being bonded by the assembling of multiple components, molding such as EPS, EPP and EPO are padded, and are bonded assembled formation
As EPE is padded.Good reliability, structural strength are relatively high after such liner molding, and durability is good, still, volume after formed product
Larger, the warehouse logistics space of demand is larger, and carrying cost is higher.For must by the liner of multiple components bonding formings,
It is relative complex to make technique, it is relatively low to manufacture efficiency.
In conclusion can implement to optimize by structure change for the buffer pad of traditional molding mode, so as to improve
Production manufacture efficiency reduces warehouse logistics cost.The utility model develops a kind of collapsible buffer pad structure, i.e., full
Sufficient product buffer protection demand, and production efficiency is improved, and advantageously reduce warehouse logistics cost.
Utility model content
The applicant provides a kind of a kind of structurally reasonable camera folding for the disadvantage in above-mentioned existing production technology
The buffer pad structure of formula, to solve that small product size existing in the prior art is big, carrying cost is high and processing efficiency is low
Under problem.
Technical solution used by the utility model is as follows:
A kind of buffer packing structure of camera, buffer packing structure is at cuboid, including bottom surface, one group of side of bottom surface
On be respectively equipped with first side, be respectively equipped with second side on another group of side of bottom surface, be located at first side and second side
Lower part and bottom surface connecting place interval open up multiple through-holes, the top opening of buffer packing structure, inside is equipped with buffering plate two
With buffer board material three；The deployed configuration of buffer packing structure are as follows: including buffering plate one, the centre of the buffering plate one is institute
Bottom surface is stated, the first side is separately connected on one group of relative edge of bottom surface, is separately connected institute on another group of relative edge of bottom surface
Second side is stated, the two sides of one of second side are respectively arranged with rectangle buffering plate two, another second side
Two sides are respectively arranged with spill buffering plate three；The side being connected along bottom surface with first side and second side is equipped with fold line,
Multiple hollow out notches one, the side that two second sides are connected with bottom surface are opened up on the side that two first sides are connected with bottom surface respectively
It is upper to offer hollow out notch two respectively, hollow out notch three, the two sides of second side are respectively equipped in the middle part of the both ends of the surface of first side
Middle face is respectively equipped with protrusion.
Its further technical solution is:
It is adhered in two first sides respectively after two buffering plate two cross cuttings, the height of buffering plate two is less than or equal to
The height of first side.
Hollow out notch four is offered in the middle part of one side of each buffering plate three, is overlapped bonding after two buffering plate three cross cuttings
In in one of second side, hollow out notch four is adhered to the outer ring of the hollow out notch two of second side；Buffer plate three
Height is less than or equal to the height of second side.
The protrusion is mutually clamped after first side and second side flip up 90 degree along fold line with hollow out notch three,
And protrusion is caught in hollow out notch three.
The hollow out notch one and hollow out notch two after first side and second side flip up 90 degree along fold line,
The multiple through-hole is formed in first side and second side lower part.
The hollow out notch one is uniformly arranged along the side that two first sides are connected with bottom surface.
The hollow out notch one is identical with two structure of hollow out notch, equal rectangularity.
The hollow out notch three is at trapezium structure.
The buffering plate one, buffering plate two and buffer board material three be all made of EPE, MPP, EPP, EVA or PU material and
Its composite processing forms.
The beneficial effects of the utility model are as follows:
The utility model is compact-sized, reasonable, meets material cross cutting using multilayer and is processed into foldable single piece type packet
Body is filled, packaging can be completed with clamping lock by simply folding when in use, compact is easy to operate, meanwhile, the utility model
It has the further advantage that
The buffering plate one, buffering plate two and buffer board material three of the utility model are multilayer materials, and material includes
But any combination for being not limited to EPE, MPP, EPP, EVA, PU etc..
It is one piece construction after the collapsible buffer packing structure expansion of the utility model, the processing is simple efficiently, material is used
Amount less, occupy storage space it is small, be conducive to the material cost for further decreasing product and cost of warehousing transportation, reality with higher
With value.
The buffering plate two and buffer board material three of the utility model are adhered on buffering plate one after shearing, for spy
Determine the position limitation protection of packaged product.
Detailed description of the invention
Fig. 1 is that the utility model folds the schematic perspective view after clamping lock.
Fig. 2 is the structural schematic diagram (expanded view) of the utility model.
Structural schematic diagram after Fig. 3 the utility model cross cutting bonding.
Wherein: 1, buffering plate one；2, plate two is buffered；3, plate three is buffered；11, bottom surface；12, first side；13,
Two side faces；14, hollow out notch one；15, hollow out notch two；16, fold line；31, hollow out notch four；121, hollow out notch three；
131, raised.
Specific embodiment
With reference to the accompanying drawing, illustrate specific embodiment of the present utility model.
As depicted in figs. 1 and 2, the buffer packing structure of the camera of the present embodiment, buffer packing structure is at cuboid, packet
Bottom surface 11 is included, first side 12 is respectively equipped on one group of side of bottom surface 11, is respectively equipped on another group of side of bottom surface 11
Two side faces 13 open up multiple through-holes positioned at the lower part of first side 12 and second side 13 and 11 connecting place interval of bottom surface, buffer
The top opening of packaging structure, inside are equipped with buffering plate 22 and buffer board material 33；The deployed configuration of buffer packing structure are as follows:
Including buffering plate 1, the centre of buffering plate 1 is bottom surface 11, is separately connected the first side on one group of relative edge of bottom surface 11
Face 12 is separately connected second side 13 on another group of relative edge of bottom surface 11, and the two sides of one of second side 13 are set respectively
It is equipped with rectangle buffering plate 22, the two sides of another second side 13 are respectively arranged with spill buffering plate 33；Along bottom surface
11 sides being connected with first side 12 and second side 13 are equipped with fold line 16, what two first sides 12 were connected with bottom surface 11
Multiple hollow out notches 1 are opened up on side respectively, hollow out is offered on the side that two second sides 13 are connected with bottom surface 11 respectively and lacks
Mouth 2 15, the both ends of the surface middle part of first side 12 are respectively equipped with hollow out notch 3 121, difference in the middle part of the two sides of second side 13
Equipped with protrusion 131.
As shown in figure 3, being adhered in two first sides 12 respectively after two buffering plate 22 cross cuttings, plate 22 is buffered
Height be less than or equal to first side 12 height.
Hollow out notch 4 31 is offered in the middle part of one side of each buffering plate 33, is overlapped after two buffering plate 33 cross cuttings
It is adhered in one of second side 13, hollow out notch 4 31 is adhered to the outer ring of the hollow out notch 2 15 of second side 13；
The height for buffering plate 33 is less than or equal to the height of second side 13.
Protrusion 131 flips up 90 degree along fold line 16 in first side 12 and second side 13 with hollow out notch 3 121
It is mutually clamped afterwards, and protrusion 131 is caught in hollow out notch 3 121.
Hollow out notch 1 and hollow out notch 2 15 are flipped up in first side 12 and second side 13 along fold line 16
After 90 degree, multiple through-holes are formed in first side 12 and 13 lower part of second side.
Hollow out notch 1 is uniformly arranged along the side that two first sides 12 are connected with bottom surface 11.
Hollow out notch 1 is identical with 2 15 structure of hollow out notch, equal rectangularity.
The 121 one-tenth trapezium structures of hollow out notch 3.
Buffering plate 1, buffering plate 22 and buffer board material 33 be all made of EPE, MPP, EPP, EVA or PU material and its
Composite processing forms.The utility model is when implementing:
By the buffering plate 1 of MULTILAYER COMPOSITE, buffering plate 22, (composite layer includes but is not limited to buffering plate 33
The materials such as EPE, MPP, EPP, EVA, PU) by designed cross cutting structure it is processed into folding entirety, then plate will be buffered
22, buffering plate 33 is by for the position limitation protection of product, being assembled into new one on positioning bonding to buffering plate 1
A entirety (see Fig. 2), the product after cross cutting is bonded is a finished product, turned down when in use along 90 degree of the progress of fold line 16 (or first
Be die cut along fold line 16, but incomplete cut-off, after flip up 90 degree again), and will corresponding protrusion 131 and hollow out notch
3 121 clamping locks, and can be assembled after the remaining position of the adjacent edge of first side 12 and second side 13 is carried out folding and spicing
The buffer pad structure three-dimensional as one (see Fig. 3).
The utility model the processing is simple efficiently, occupied space is small in size after expansion, greatly reduce product storage transport at
This.
Above description is the explanation to the utility model, is not the restriction to utility model, defined by the utility model
Range is within the protection scope of the utility model referring to claim, can make any type of modification.
Claims (9)
1. a kind of buffer packing structure of camera, it is characterised in that: buffer packing structure at cuboid, including bottom surface (11),
It is respectively equipped with first side (12) on one group of side of bottom surface (11), is respectively equipped with second side on another group of side of bottom surface (11)
Face (13), is located at first side (12) and second side (13) lower part and bottom surface (11) connecting place interval opens up multiple through-holes, delays
The top opening of packaging structure is rushed, inside is equipped with buffering plate two (2) and buffer board material three (3)；The expansion of buffer packing structure
Structure are as follows: including buffer plate one (1), it is described buffering plate one (1) centre be the bottom surface (11), one group of bottom surface (11)
It is separately connected on relative edge the first side (12), is separately connected the second side on another group of relative edge of bottom surface (11)
(13), the two sides of one of second side (13) are respectively arranged with rectangle buffering plate two (2), another second side
(13) two sides are respectively arranged with spill buffering plate three (3)；Along bottom surface (11) and first side (12) and second side (13)
Connected side is equipped with fold line (16), opens up multiple hollow outs respectively on the side that two first sides (12) are connected with bottom surface (11)
Notch one (14), offers hollow out notch two (15) on the side that two second sides (13) are connected with bottom surface (11) respectively, and first
It is equipped with hollow out notch three (121) in the middle part of the both ends of the surface of side (12), is equipped with protrusion in the middle part of the two sides of second side (13)
(131)。
2. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: two buffering plates two (2)
It is adhered to respectively after cross cutting on two first sides (12), the height of buffering plate two (2) is less than or equal to first side (12)
Highly.
3. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: each buffering plate three (3)
One side in the middle part of offer hollow out notch four (31), be overlapped after two buffering plates three (3) cross cuttings be adhered to one of them second
On side (13), hollow out notch four (31) is adhered to the outer ring of the hollow out notch two (15) of second side (13)；Buffer plate three
(3) height is less than or equal to the height of second side (13).
4. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the protrusion (131) with engrave
Vacancy mouth three (121) is mutually clamped after first side (12) and second side (13) flip up 90 degree along fold line (16), and
Raised (131) are caught in hollow out notch three (121).
5. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the hollow out notch one (14)
With hollow out notch two (15) after first side (12) and second side (13) flip up 90 degree along fold line (16), first
The multiple through-hole is formed at side (12) and second side (13) lower part.
6. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the hollow out notch one (14)
It is uniformly arranged along the side that two first sides (12) are connected with bottom surface (11).
7. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the hollow out notch one (14)
It is identical with hollow out notch two (15) structure, equal rectangularity.
8. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the hollow out notch three
(121) at trapezium structure.
9. a kind of buffer packing structure of camera as described in claim 1, it is characterised in that: the buffering plate one (1),
Buffering plate two (2) and buffer board material three (3) be all made of EPE, MPP, EPP, EVA or PU material and its composite processing and
At.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821517756.3U CN208790275U (en) | 2018-09-17 | 2018-09-17 | A kind of buffer packing structure of camera |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821517756.3U CN208790275U (en) | 2018-09-17 | 2018-09-17 | A kind of buffer packing structure of camera |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208790275U true CN208790275U (en) | 2019-04-26 |
Family
ID=66209909
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821517756.3U Active CN208790275U (en) | 2018-09-17 | 2018-09-17 | A kind of buffer packing structure of camera |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208790275U (en) |
-
2018
- 2018-09-17 CN CN201821517756.3U patent/CN208790275U/en active Active
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