CN204587674U - Be applied to the corrugation buffer packing structure of embedded electromagnetic oven - Google Patents
Be applied to the corrugation buffer packing structure of embedded electromagnetic oven Download PDFInfo
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- CN204587674U CN204587674U CN201520025431.3U CN201520025431U CN204587674U CN 204587674 U CN204587674 U CN 204587674U CN 201520025431 U CN201520025431 U CN 201520025431U CN 204587674 U CN204587674 U CN 204587674U
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Abstract
The utility model relates to the technical field of packaging, specifically, relates to a kind of corrugation buffer packing structure being applied to embedded electromagnetic oven.It is for packing electromagnetic oven, it comprises the subgaskets and roof liner pad that corrugated board folds, the surrounding of subgaskets is formed with the lateral support portion and bottom support portion that are oppositely arranged between two, what make to be formed centrally in subgaskets electromagnetic oven lays region, the lower surface of electromagnetic oven is resisted against in bottom support portion, the surrounding of electromagnetic oven is located by lateral support portion, lateral support portion and bottom support portion are provided with interlocking structure, the interlocking being realized lateral support portion and bottom support portion by interlocking structure is fixed, and roof liner pad is arranged on the panel of electromagnetic oven.It adopts corrugated board to be folded to form lateral support portion and the bottom support portion of subgaskets, electromagnetic oven panel arranges the technical scheme of criss cross roof liner pad, overcoming existing electromagnetic oven package buffering structure adopts polystyrene foamed to make very not environmentally, the defect of manufacturing cost.
Description
Technical field
The utility model relates to the technical field of packaging, specifically, relates to a kind of corrugation buffer packing structure being applied to embedded electromagnetic oven.
Background technology
At present, the domestic packaging to product mostly adopts outer packaging case to add the form of inner cushion pad, extranal packing box usually adopt be convenient to transport, cost lower and meet green technology require corrugated case, and the buffer pad of inside is the intermediate portions in packaging, it needs to arrange the structure with product design gentleness, to be fixed by product, make product injury-free.
Domestic conventional inner packing buffer structure, time domestic, normally select and use price relatively low but the cushion rubber of polystyrene foamed (EPS) compression molding of environmental-protecting performance difference, outlet then uses and allows to reclaim but the cushion rubber combined after expensive polyethylene foamed (EPE) coaming plate stamping-out, but, there is many drawbacks in the buffer structure that above-mentioned material is made: 1, material cost is high, and the price of foaming material and foamed plastic costly; 2, tooling cost is high, and the processing of foaming material needs forming mould, and maybe will be undertaken bonding by hot melt adhesive, therefore tooling cost is high; 3, be unfavorable for environmental protection, foamed material material recovery recycling comparatively difficulty, and cost recovery is high, easily causes environmental pollution.
For the problems of the material such as foaming material or foamed plastic, current solution adopts corrugated board to make buffer structure, the processibility of corrugated board is good, easy to use, with low cost, and be paper material completely, can reclaiming, meet environmental demands, therefore corrugated board has become in packing articles the material applied widely.
For embedded electromagnetic oven, usually use two panels foamed plastic as package buffer material at present, foamed plastic is by mould molding, and tooling cost is high, and is unfavorable for environmental protection.
Utility model content
For above deficiency, it is simple that the utility model provides a kind of structure, and easy to make with low cost, resistance to compression and the strong corrugation buffer packing structure being applied to embedded electromagnetic oven of cushion characteristic.
A kind of corrugation buffer packing structure being applied to embedded electromagnetic oven, it is for packing electromagnetic oven, it comprises the subgaskets and roof liner pad that corrugated board folds, the surrounding of subgaskets is formed with the lateral support portion and bottom support portion that are oppositely arranged between two, make the installation cavity being formed centrally electromagnetic oven in subgaskets, the lower surface of electromagnetic oven is resisted against in bottom support portion, the surrounding of electromagnetic oven is located by lateral support portion, lateral support portion and bottom support portion are provided with interlocking structure, the interlocking being realized lateral support portion and bottom support portion by interlocking structure is fixed, roof liner pad is arranged on the panel of electromagnetic oven.
In order to implementation structure optimization, its further measure is:
The indentation line of subgaskets is provided with " well " font, subgaskets is divided into several pieces coaming plates by indentation line, to form the coaming plate in lateral support portion and the coaming plate in bottom support portion that are oppositely arranged between two, the coaming plate in lateral support portion and the coaming plate in bottom support portion are provided with interlocking structure, by interlocking structure by lateral support portion and the locking of bottom support portion.
The coaming plate in lateral support portion comprises the first surrounding edge, the second surrounding edge and the 3rd surrounding edge, first surrounding edge, the second surrounding edge and the 3rd surrounding edge set gradually outwardly from the center of subgaskets, and the first surrounding edge and downward 90 degree of measurements of the chest, waist and hips edge indentation line are folded to form lateral support portion.
The coaming plate in bottom support portion comprises the 4th surrounding edge, 5th surrounding edge, 6th surrounding edge and the 7th surrounding edge, 4th surrounding edge, 5th surrounding edge, 6th surrounding edge and the 7th surrounding edge are set gradually outwardly by the center of subgaskets, and the 4th surrounding edge, 5th surrounding edge, 6th surrounding edge is positioned at the middle position of the 7th surrounding edge, 4th surrounding edge is provided with two articles of otch be arranged in parallel, otch be bar shaped and opening towards the center of subgaskets, 7th surrounding edge is provided with two panels supporting blade, supporting blade is positioned at the lateral location place of the 7th surrounding edge and the position corresponding to the 4th surrounding edge is arranged, supporting blade is provided with two otch, supporting blade wherein while be connected with the 7th surrounding edge, other limit and the 7th surrounding edge severing, after the 4th surrounding edge and supporting blade turnover put in place, otch and otch are just plugged in together.
Interlocking structure comprises fixed plate and through hole, fixed plate is several and is arranged on the 3rd surrounding edge, the two ends of the 7th surrounding edge are fixed edges, through hole is several and is arranged on fixed edge, fixed plate is corresponding setting with the position of through hole, and after the 3rd surrounding edge and fixed edge turnover put in place, the 3rd surrounding edge is together with fixed edge closing, fixed plate to insert in through hole and just fastens through hole, to realize interlocking.
Second surrounding edge is provided with hand hole so that subgaskets assemble taking of rear operator.
The utility model adopts corrugated board to be folded to form lateral support portion and the bottom support portion of subgaskets, electromagnetic oven panel arranges the technical scheme of criss cross roof liner pad, overcoming existing electromagnetic oven package buffering structure adopts polystyrene foamed to make very not environmentally, the defect of manufacturing cost.
The beneficial effects of the utility model:
1) the utility model is made up of corrugated board for the corrugation buffer packing structure of embedded electromagnetic oven, and form subgaskets and roof liner pad by the folding or mutual grafting of corrugated board, both sides before and after the bottom that two bottom support portions of this subgaskets can support embedded electromagnetic oven, two lateral support portions can support the electromagnetic oven panel left and right sides, electromagnetic oven can be embedded in subgaskets by lateral support portion simultaneously, support all coated for the circumferential side frame of electromagnetic oven, thus the effect of omnibearing protection electromagnetic oven can be played, this roof liner pad is the across by the liner grafting of two panels U-shaped then, roof liner pad covers on the panel of electromagnetic oven, coordinate outer container, can arrive and play protection and the effect of Motionless electromagnetic stove.
2) after subgaskets embeds electromagnetic oven, bottom part down forms cavity, and can place the power lead of self, the U-lag that upper liner is formed can place specification sheets and other accessories.
3) subgaskets simultaneously can separately as displaying collet, and electromagnetic oven is embedded in collet and plays good bandwagon effect.This packing device not only can meet bearing force to embedded electromagnetic oven and compressive property, and structure is simple, with low cost, easily manufactures again.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
After Fig. 2 the utility model subgaskets launches, subgaskets corrugated board schematic diagram;
The coaming plate jackknife action schematic diagram one in Fig. 3 the utility model lateral support portion and bottom support portion;
The coaming plate jackknife action schematic diagram two in Fig. 4 the utility model lateral support portion and bottom support portion;
The coaming plate jackknife action schematic diagram three in Fig. 5 the utility model lateral support portion and bottom support portion;
Fig. 6 is the perspective exploded view of the utility model roof liner pad;
Fig. 7 is the schematic diagram of the utility model liner;
Fig. 8 is the schematic diagram of the utility model liner;
In figure, 100, subgaskets, 110, lateral support portion, the 111, first surrounding edge, 112, the second surrounding edge, the 113, the 3rd surrounding edge, 114, fixed plate, 115, hand hole, 120, bottom support portion, the 121, the 4th surrounding edge, the 122, the 5th surrounding edge, the 123, the 6th surrounding edge, 124, the 7th surrounding edge, 125, otch, 126, supporting blade, 127, otch, 128, fixed edge, 129, through hole, 130, disconnect mouth, 200, roof liner pad, 210, liner, 220, liner.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is further elaborated.
With reference to Fig. 1, the corrugation buffer packing structure being applied to embedded electromagnetic oven of the present utility model, it comprises subgaskets 100 and roof liner pad 200, what make to be formed centrally in subgaskets 100 electromagnetic oven lays region, the surrounding of subgaskets 100 is formed with the lateral support portion 110 and bottom support portion 120 that are oppositely arranged between two, the lower surface of electromagnetic oven is resisted against in bottom support portion 120, and the surrounding of electromagnetic oven is located by lateral support portion 110, wherein:
Subgaskets 100 is in order to Motionless electromagnetic stove, subgaskets 100 forms by the five layers of subgaskets corrugated board of the whole piece after shape by die-cutting are folding, coordinate shown in Fig. 2 to Fig. 5 simultaneously, subgaskets 100 wherein two relative sides is formed with lateral support portion 110, the side that two other is relative is formed with bottom support portion 120, lateral support portion 110 and bottom support portion 120 surround rectangular area, the size of rectangular area and the size fit of electromagnetic oven, electromagnetic oven is placed in this rectangular area, the lower surface of electromagnetic oven is resisted against in bottom support portion 120, the surrounding of electromagnetic oven is located by lateral support portion 110, thus electromagnetic oven is fixed, the central space of subgaskets 100 rectangular area is for placing the power lead of electromagnetic oven, roof liner pad is placed on the panel of electromagnetic oven.
Subgaskets 100 forms by the corrugated board of whole piece is folding, the center of corrugated board is the installation cavity of hollow, corrugated board is respectively equipped with Width along its length four between two intersect together with indentation line, article four, the shape of indentation line is in " groined type ", subgaskets 100 is divided into several pieces coaming plates by indentation line, thus form the coaming plate in lateral support portion 110 and the coaming plate in bottom support portion 120 that are oppositely arranged between two, the two ends of the indentation line be wherein oppositely arranged along two on subgaskets 100 are provided with and disconnect mouth 130, make subgaskets 100 to be formed four and disconnect mouth 130, disconnect mouth 130 in bar shaped, and it is consistent with the bearing of trend of indentation line, coaming plate between relative disconnection mouth 130 is folded to form lateral support portion 110, coaming plate outside relative disconnection mouth 130 is folded to form bottom support portion 120, the coaming plate in lateral support portion 110 and the coaming plate in bottom support portion 120 are provided with interlocking structure, by interlocking structure, lateral support portion 110 and bottom support portion 120 are locked,
The coaming plate in lateral support portion 110 comprises the first surrounding edge 111, second surrounding edge 112 and the 3rd surrounding edge 113, first surrounding edge 111, second surrounding edge 112 and the 3rd surrounding edge 113 set gradually outwardly from the center of subgaskets 100, when subgaskets 100 assembles, first surrounding edge 111 and the 3rd surrounding edge 113 fold along downward 90 degree of indentation line, second surrounding edge 112 is provided with hand hole 115 so that subgaskets 100 assemble taking of rear operator;
The coaming plate in bottom support portion 120 comprises the 4th surrounding edge 121, 5th surrounding edge 122, 6th surrounding edge 123 and the 7th surrounding edge 124, 4th surrounding edge 121, 5th surrounding edge 122, 6th surrounding edge 123 and the 7th surrounding edge 124 are set gradually outwardly by the center of subgaskets 100, and the 4th surrounding edge 121, 5th surrounding edge 122 and the 6th surrounding edge 123 are positioned at the middle position of the 7th surrounding edge 124, 4th surrounding edge 121 is provided with two articles of otch be arranged in parallel 125, otch 125 be bar shaped and opening towards the center of subgaskets 100, in order to the 4th surrounding edge 121 is fixed, 7th surrounding edge 124 is provided with two panels supporting blade 126, supporting blade 126 is positioned at the lateral location place of the 7th surrounding edge 124 and the position corresponding to the 4th surrounding edge 121 is arranged, supporting blade 126 is provided with two otch 127, supporting blade 126 wherein while be connected with the 7th surrounding edge 124, other limit and the 7th surrounding edge 124 severing, when subgaskets 100 assembles, 7th surrounding edge 124 is fold along downward 90 degree of indentation line, 6th surrounding edge 123 is towards the center position horizontal folding of subgaskets 100 simultaneously, after 5th surrounding edge 122 folds 90 degree downwards, 4th surrounding edge 121 is towards the lateral direction refolding 90 degree of subgaskets 100, make the edge of the 4th surrounding edge 121 outwardly, the direction that supporting blade 126 turns down is the center position towards subgaskets 100, after the 4th surrounding edge 121 and supporting blade 126 turnover put in place, otch 125 and otch 127 just can be plugged in together,
Interlocking structure comprises the several fixed plates 114 be arranged on the 3rd surrounding edge 113, and is arranged on the through hole 129 on the 7th surrounding edge 124; Fixed edge 114 wherein while be connected with the 3rd surrounding edge 113, other limit and the 3rd surrounding edge 113 severing, therefore fixed plate 114 can towards the inner side of the 3rd surrounding edge 113 or outside turnover; The two ends of the 7th surrounding edge 124 are fixed edges 128, position fixed edge 128 corresponding to fixed plate 114 is provided with through hole 129, through hole 129 is several and is arranged on fixed edge 128, after the 3rd surrounding edge 113 and fixed edge 128 turnover put in place, fixed edge 128 folds towards the center position of subgaskets, make the 3rd surrounding edge 113 closing on fixed edge 128, fixed plate 114 inserts in through hole 129 can just fasten through hole 129, to realize interlocking.
With reference to Fig. 6 to Fig. 8, roof liner pad 200 is in order to panel that is fixing and protection electromagnetic oven, the liner 210 that roof liner pad 200 is made by two corrugated boards and the folding rear grafting of liner 220 form, shape after liner 210 and liner 220 fold is " U " font, liner 210 and liner 220 mutually with the grafting of cross inserting structure across (cross inserting structure is structure conventional in corrugated board packaging, by arranging slot on two blocks of liners, both both vertical grafting are made to form the inserting mode of cross structure afterwards, it is one of mutually common structure of packaging field), the U-shaped opening of liner 210 and liner 220 all upward thus form U-shaped groove, the accessories such as the specification sheets of electromagnetic oven can be placed in U-shaped groove.
First subgaskets 100 is put into outer container when packing, to be embedded in subgaskets 100 bottom embedded electromagnetic oven down afterwards, again the U-shaped groove of roof liner pad 200 is placed on the panel of electromagnetic oven upward, the whole height of subgaskets 100, electromagnetic oven and roof liner pad 200 equals or is slightly smaller than the internal diameter of carton, after outer container is sealed, electromagnetic oven is just fixed on this buffer packing structure and has suffered.
The foregoing is only better embodiment of the present invention, the present invention is not limited to above-mentioned embodiment, the structural modification that local is small may be there is in implementation process, if do not depart from the spirit and scope of the present invention to various change of the present invention or modification, and belonging within claim of the present invention and equivalent technologies scope, then the present invention is also intended to comprise these change and modification.
Claims (6)
1. one kind is applied to the corrugation buffer packing structure of embedded electromagnetic oven, it is for packing electromagnetic oven, it comprises the subgaskets (100) and roof liner pad (200) that corrugated board folds, it is characterized in that, the surrounding of subgaskets (100) is formed with the lateral support portion (110) and bottom support portion (120) that are oppositely arranged between two, make the installation cavity being formed centrally electromagnetic oven in subgaskets (100), the lower surface of electromagnetic oven is resisted against in bottom support portion (120), the surrounding of electromagnetic oven is by location, lateral support portion (110), lateral support portion (110) and bottom support portion (120) are provided with interlocking structure, the interlocking being realized lateral support portion (110) and bottom support portion (120) by interlocking structure is fixed, roof liner pad (200) is arranged on the panel of electromagnetic oven.
2. the corrugation buffer packing structure being applied to embedded electromagnetic oven according to claim 1, it is characterized in that, subgaskets (100) is provided with the indentation line of " well " font, subgaskets (100) is divided into several pieces coaming plates by indentation line, to form the coaming plate in lateral support portion (110) and the coaming plate of bottom support portion (120) that are oppositely arranged between two, the coaming plate in lateral support portion (110) and the coaming plate of bottom support portion (120) are provided with interlocking structure, by interlocking structure, lateral support portion (110) and bottom support portion (120) are locked.
3. the corrugation buffer packing structure being applied to embedded electromagnetic oven according to claim 1, it is characterized in that, the coaming plate in lateral support portion (110) comprises the first surrounding edge, the second surrounding edge and the 3rd surrounding edge (111,112,113), first surrounding edge, the second surrounding edge and the 3rd surrounding edge (111,112,113) set gradually outwardly from the center of subgaskets (100), the first surrounding edge (111) and the 3rd surrounding edge (113) are folded to form lateral support portion (110) along downward 90 degree of indentation line.
4. the corrugation buffer packing structure being applied to embedded electromagnetic oven according to claim 1, it is characterized in that, the coaming plate in bottom support portion (120) comprises the 4th surrounding edge, 5th surrounding edge, 6th surrounding edge and the 7th surrounding edge (121, 122, 123, 124), 4th surrounding edge, 5th surrounding edge, 6th surrounding edge and the 7th surrounding edge (121, 122, 123, 124) set gradually outwardly by the center of subgaskets (100), and the 4th surrounding edge, 5th surrounding edge, 6th surrounding edge (121, 122, 123) middle position of the 7th surrounding edge (124) is positioned at, 4th surrounding edge (121) is provided with two articles of otch be arranged in parallel (125), otch (125) for bar shaped and opening towards the center of subgaskets (100), 7th surrounding edge (124) is provided with two panels supporting blade (126), supporting blade (126) is positioned at the lateral location place of the 7th surrounding edge (124) and the position corresponding to the 4th surrounding edge (121) is arranged, supporting blade (126) is provided with two otch (127), supporting blade (126) wherein while be connected with the 7th surrounding edge (124), other limit and the 7th surrounding edge (124) severing, after the 4th surrounding edge (121) and supporting blade (126) turnover put in place, otch (125) and otch (127) are just plugged in together.
5. the corrugation buffer packing structure being applied to embedded electromagnetic oven according to claim 3 or 4, it is characterized in that, interlocking structure comprises fixed plate (114) and through hole (129), fixed plate (114) is for several and be arranged on the 3rd surrounding edge (113), the two ends of the 7th surrounding edge (124) are fixed edge (128), through hole (129) is for several and be arranged on fixed edge (128), fixed plate (114) is corresponding setting with the position of through hole (129), after the 3rd surrounding edge (113) and fixed edge (128) turnover put in place, 3rd surrounding edge (113) and fixed edge (128) closing are together, fixed plate (114) to insert in through hole (129) and just fastens through hole (129), to realize interlocking.
6. the corrugation buffer packing structure being applied to embedded electromagnetic oven according to claim 3, it is characterized in that, second surrounding edge (112) is provided with hand hole (115) so that subgaskets (100) assemble taking of rear operator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520025431.3U CN204587674U (en) | 2015-01-14 | 2015-01-14 | Be applied to the corrugation buffer packing structure of embedded electromagnetic oven |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520025431.3U CN204587674U (en) | 2015-01-14 | 2015-01-14 | Be applied to the corrugation buffer packing structure of embedded electromagnetic oven |
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| CN204587674U true CN204587674U (en) | 2015-08-26 |
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| CN201520025431.3U Active CN204587674U (en) | 2015-01-14 | 2015-01-14 | Be applied to the corrugation buffer packing structure of embedded electromagnetic oven |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106516332A (en) * | 2016-11-10 | 2017-03-22 | 郑州电力高等专科学校 | Buffering combination for packaging soybean milk machine |
| CN108591205A (en) * | 2018-04-23 | 2018-09-28 | 深圳市优拓智能科技有限公司 | Plate fitment stealth quick connecting method |
| CN108860936A (en) * | 2018-07-27 | 2018-11-23 | 江苏省中跃涂装设备有限公司 | A kind of intelligence transmitter general assembly conveying tray |
-
2015
- 2015-01-14 CN CN201520025431.3U patent/CN204587674U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106516332A (en) * | 2016-11-10 | 2017-03-22 | 郑州电力高等专科学校 | Buffering combination for packaging soybean milk machine |
| CN108591205A (en) * | 2018-04-23 | 2018-09-28 | 深圳市优拓智能科技有限公司 | Plate fitment stealth quick connecting method |
| CN108860936A (en) * | 2018-07-27 | 2018-11-23 | 江苏省中跃涂装设备有限公司 | A kind of intelligence transmitter general assembly conveying tray |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 510000 No.18, Hongming Road, East District, Guangzhou Economic and Technological Development Zone, Guangdong Province Patentee after: Guangzhou Bingxin environmental protection packaging Co., Ltd. Address before: 510000 Guangdong city of Guangzhou Province Economic and Technological Development Zone East Wang Ming Road No. 18 Patentee before: Guangzhou Bing Xin Paper Co., Ltd |