CN203753657U - Packaging structure for aluminum alloy plates - Google Patents
Packaging structure for aluminum alloy plates Download PDFInfo
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- CN203753657U CN203753657U CN201320865669.8U CN201320865669U CN203753657U CN 203753657 U CN203753657 U CN 203753657U CN 201320865669 U CN201320865669 U CN 201320865669U CN 203753657 U CN203753657 U CN 203753657U
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- packaging structure
- steel
- aluminum alloy
- underframe
- alloy plate
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Abstract
The utility model discloses a packaging structure for aluminum alloy plates. The packaging structure comprises a steel frame and steel plates; the steel frame provides a space capable of accommodating packaged objects; the steel plates cover and are fixed to the inside vertical faces and top surface of the steel frame respectively. Steel replaces wood, quarantine inspection is not required during export, procedures are simple and convenient, wood waste is reduced, and environment stress is relieved; the steel plates are adopted for shielding the periphery and the top of the steel frame, and the better rainproof and damp-proof effects are achieved; in addition, a steel structure is more stable, the steel is difficultly damaged, the packaging structure can be recycled after use, and the cost is low.
Description
Technical field
The utility model belongs to the packing accumulating field of sheet material, is specifically related to a kind of packaging structure for aluminum alloy plate materials.
Background technology
Depositing in process aluminum alloy plate materials long-distance transport and long period, for conveniently transport and deposit, avoid sheet material is damaged and corrodes in this process need to be to the appropriate packing of sheet material, especially for the product exporting, because road is far away, of long duration, it is particularly important that good packaging structure seems.
Adopt at present conventionally timber to make packing, as adopted the structure of wood bracket and wooden thin plate, timber moisture-sensitive on the one hand in this packaging structure, still there is the risk of corrosion in product, the protection against the tide of packaging structure, rainproof function a little less than; In addition, discarded after using for the timber of packing, cause the waste of resource and the destruction of environment, and cost is higher; And for exported product, if use wood package materials, need to, to the timber check of quarantining, program and time cost have been increased.
Utility model content
The purpose of this utility model is for the problems referred to above, and a kind of packaging structure for aluminum alloy plate materials is provided.
The purpose of this utility model realizes by following technical proposals:
For a packaging structure for aluminum alloy plate materials, comprise steel framework and steel plate, described steel framework forms the space that can hold packed article, and described steel plate covers respectively and is fixed on inner side facade and the end face of described steel framework.Described steel framework can adopt at present conventional variety of way to build, and has fixing structural framing, can obtain the space that holds packed article and be as the criterion to form.This scheme adopts steel to substitute timber, has successfully overcome above-mentioned defect, and described steel can be selected steel processing, the tailing in producing, and process cheaper.
As optional mode, described steel plate is color coated steel sheet, adopts the color coated steel sheet of good corrosion resistance to protect better packed article, avoids destroying formerly directly contacting with packed article; And specious, be also convenient to arrange on surface mark (as upwards, moistureproof, handle with care, the mark such as center of gravity, Heave Here).
As optional mode, described steel plate thickness is 0.4-0.6mm, adopts the steel plate of this thickness under the prerequisite of assurance function, to reduce the weight of packaging structure and the consumption of less steel as far as possible, reduces costs.
As optional mode, described steel framework is built and is formed by channel-section steel and/or angle steel combination.Can reduce rolled steel dosage, alleviate packaging structure quality, even can be lighter than existing Wooden package, and be convenient to be fixedly connected with.
As optional mode, described steel framework comprises top frame, underframe and a plurality of perpendicular rib, and described perpendicular rib is distributed on around top frame and underframe and is fixedly connected between top frame and underframe, thereby supports top lifting frame, and formation can be held the framework of packed article.The number of described perpendicular rib is adjusted flexibly according to framework overall dimensions.
As optional mode, horizontal rib at least one opposite side that is fixedly connected on described underframe can also be set on described underframe, thereby after packing packed article into, frame stressing is more disperseed, avoid concentrating stressed the cause distortion of aluminium sheet or the damage of packaging structure.
As optional mode, horizontal rib at least one opposite side that is fixedly connected on described top frame also can be set on the frame of described top, thereby avoid when packaging structure planar dimension is larger, because overtension causes the steel plate that is positioned at end face, depression or other distortion occur.
As optional mode, described top frame and underframe are measure-alike rectangle frame, and this is simple in structure, be stablely convenient to build.Perpendicular rib on the side elevation of described front and back can also be arranged symmetrically with, the perpendicular rib on left and right sides facade is also arranged symmetrically with, and makes frame stressing more even.
As optional mode, between the perpendicular rib of described top frame and/or underframe and part, be also fixed with diagonal rib bar, make framed structure more firm.
As optional mode, rivet clasp is inside the surrounding of described steel framework on facade and top face respectively for described steel plate, and the steel plate of top face is provided with downward flanging, can play better rainproof effect.
As optional mode, described underframe below is also fixed with filler strip, and described filler strip is distributed on underframe below, and quantity is at least two, can adjust flexibly according to the length of framework.By the certain distance of filler strip packed article built on stilts, can effectively keep away from moisture.
As optional mode, the bottom surface of described steel framework can cover and fixation steel plate, also steel plate can be set.When bottom surface covers steel plate, can avoid destroying former in below contact packed article; When bottom surface does not arrange steel plate, can make packaging structure there is certain air permeability, avoid dewfall to cause the corrosion of packaged sheet material.
As optional mode, described underframe below is also provided with Heave Here, is convenient to fast hoisting.As Heave Here described in optional mode, be to be symmetrical set the channel-section steel that Open Side Down below underframe.
As optional mode, in described structure, also comprise bailing band, described underframe and packed article are tied up and are integrated by bailing band.Avoid packed article (as the emergency braking in transportation) in transportation or moving process to slide, collision box shelf structure.The plastic protection backing plate liner of available 1-2mm under the product that described steel band goes out or the seamed edge of framework, corner and steel band buckle.
As optional mode, described plate joint place adopts overlapping mode to be fixedly connected with, and is coated with sealant on faying surface.Prevent from destroying former infiltration packaging structure inner, play better rainproof, moisture-proof role.
As optional mode, described packaging structure also comprises inner packing, and described inner packing is followed successively by neutral material polyethylene (PE) thin layer, the first plastic sheeting sealing layer, colour bar plastic cloth sealing layer from inside to outside.Described neutral material polyethylene (PE) thin layer can prevent that aluminum alloy from contacting and corroding with objectionable impurities, described the first plastic sheeting sealing layer can be by aluminum alloy and destruction former (as moisture, greasy dirt, corrosive impurity, aggressive fume etc.) isolation, described colour bar plastic cloth sealing layer seals on the one hand, on the other hand because colour bar plastic cloth is thicker, there is certain resistance to wear, can avoid dawdling and cause the breakage of inner packing layer.As optional mode, can also the second plastic film layers be set outward at described colour bar plastic cloth sealing layer, described the second plastic film layers can play the former effect of further isolate corrupt, plays the effect of double shield.Described the second plastic film layers can the whole packed article of complete parcel, also can only cover top and the side elevation of packaged body, and not wrap up bottom surface.
As optional mode, described neutral material polyethylene (PE) thin layer only covers top and the bottom of described aluminum alloy plate materials, aluminum alloy plate materials for the overlapping placement of multiple-layer horizontal, at top and the neutral material of bottom covering polyethylene (PE) thin layer, can effectively prevent that its large corrodes, its surrounding end face is coarse, even if the faint corrosion of mode is also little on the impact of Performance and quality, so surrounding end face can not cover neutral material polyethylene (PE) thin layer, can reduce costs.
As optional mode, the interface of described each layer of inner packing adopts adhesive tape sealing-in.
As optional mode, between described aluminum alloy plate materials surrounding end face and described inner packing layer, be also provided with moisture resisting agent.By being set, moisture resisting agent can prevent that moisture from infiltrating the corrosion that causes sheet material from the gap between adjacent sheet metal by modes such as dewfall.
As optional mode, the bottom of described inner packing is lined with veneer sheet.By veneer sheet is set, make aluminum alloy bottom even stressed, avoid bumping or producing impression with steel framework bottom.
As optional mode, above-mentioned fixing or the mode that is fixedly connected with is with bolts, screw connection, welding, riveted joint, the conventional mode such as gluing.
Disclosed all features in this specification sheets, or the step in disclosed all methods or process, except mutually exclusive feature and/or step, all can combine by any way
The beneficial effects of the utility model:
1, the utility model adopts steel to replace timber, and when outlet, without the check of quarantining, program is simple, convenient, and the waste of minimizing timber alleviates ambient pressure.
2, adopt steel plate to cover steel framework surrounding and top, there is better Rainproof moisture-proof effect.
3, steel are used rear recyclable recycling, adopt the tailing of steel manufacturing enterprise to make, and cost is low.
4, steel design is more stable, not fragile.
Accompanying drawing explanation
Fig. 1 is the structural representation of inner packing described in the utility model;
Fig. 2 is the schematic diagram of packaging structure described in embodiment 2.
Reference numeral: 1 is neutral material polyethylene (PE) thin layer, and 2 is the first plastic sheeting sealing layer, and 3 is colour bar plastic cloth sealing layer, 4 is the second plastic film layers, and 5 is veneer sheet, and 6 is steel plate, 7 is top frame, and 8 is underframe, and 9 is perpendicular rib, 10 is diagonal rib bar, and 11 is flanging, and 12 is filler strip, 13 is Heave Here, 14 is bailing band, and 15 is horizontal rib, and 16 is the space that holds packed article.
The specific embodiment
By the following examples the utility model is specifically described; be necessary to be pointed out that at this present embodiment is only for being further described the utility model; but can not be interpreted as the restriction to the utility model protection domain, the person skilled in the art in this field can make according to above-mentioned content of the present utility model improvement and the adjustment of some non-intrinsically safes to the utility model.
embodiment 1:
For a packaging structure for aluminum alloy plate materials, comprise steel framework and steel plate, described steel framework forms the space that can hold packed article, and described steel plate covers respectively and is fixed on inner side facade and the end face of described steel framework.
Described steel framework can adopt at present conventional variety of way to build, and has fixing structural framing, can obtain the space that holds packed article and be as the criterion to form.Described steel can be selected the tailing in steel processing, production, and cost is cheaper than existing Wooden package structure.
As optional mode, described steel plate is color coated steel sheet, adopts the color coated steel sheet of good corrosion resistance to protect better packed article, avoids destroying formerly directly contacting with packed article; And specious, be also convenient to arrange on surface mark (as upwards, moistureproof, handle with care, the mark such as center of gravity, Heave Here).
As optional mode, described steel plate thickness is 0.4-0.6mm, adopts the steel plate of this thickness under the prerequisite of assurance function, to reduce the weight of packaging structure and the consumption of less steel as far as possible, reduces costs.
As optional mode, described steel framework is built and is formed by channel-section steel and/or angle steel combination.Can reduce rolled steel dosage, alleviate packaging structure quality, even can be lighter than existing Wooden package, and be convenient to be fixedly connected with.
As optional mode, the bottom of described steel framework and or top at least one can also be set be fixedly connected on the horizontal support beam on described framework, thereby after packing packed article into, frame stressing is more disperseed, avoid concentrating stressed the cause distortion of aluminium sheet or the damage of packaging structure; Or avoid when packaging structure planar dimension is larger, because causing the steel plate that is positioned at end face, overtension there are depression or other distortion.
As optional mode, rivet clasp is on the facade of the inner side of described steel framework and top face respectively for described steel plate, and the steel plate of top face is provided with downward flanging, can play better rainproof effect.
As optional mode, described steel framework below is also fixed with filler strip, and described filler strip is distributed on underframe below, and quantity is at least two, can adjust flexibly according to the length of framework.By the certain distance of filler strip packed article built on stilts, can effectively keep away from moisture.
As optional mode, the bottom surface of described steel framework can cover and fixation steel plate, also steel plate can be set.When bottom surface covers steel plate, can avoid destroying former in below contact packed article; When bottom surface does not arrange steel plate, can make packaging structure there is certain air permeability, avoid dewfall to cause the corrosion of packaged sheet material.
As optional mode, described steel framework below is also provided with Heave Here, is convenient to fast hoisting.As Heave Here described in optional mode, be to be symmetrical set the channel-section steel that Open Side Down below steel framework.
As optional mode, in described packaging structure, also comprise bailing band, described underframe and packed article are tied up and are integrated by bailing band.Avoid packed article (as the emergency braking in transportation) in transportation or moving process to slide, collision box shelf structure.The plastic protection backing plate liner of available 1-2mm under the product that described steel band goes out or the seamed edge of framework, corner and steel band buckle.
As optional mode, described plate joint place adopts overlapping mode to be fixedly connected with, and is coated with sealant on faying surface.Prevent from destroying former infiltration packaging structure inner, play better rainproof, moisture-proof role.
As optional mode, described packaging structure also comprises inner packing, and as shown in Figure 1, described inner packing is followed successively by neutral material polyethylene (PE) thin layer 1, the first plastic sheeting sealing layer 2, colour bar plastic cloth sealing layer 3 from inside to outside.Described neutral material polyethylene (PE) thin layer can prevent that aluminum alloy from contacting and corroding with objectionable impurities, described the first plastic sheeting sealing layer can be by aluminum alloy and destruction former (as moisture, greasy dirt, corrosive impurity, aggressive fume etc.) isolation, described colour bar plastic cloth sealing layer seals on the one hand, on the other hand because colour bar plastic cloth is thicker, there is certain resistance to wear, can avoid dawdling and cause the breakage of inner packing layer.As optional mode, can also the second plastic film layers 4 be set at described colour bar plastic cloth sealing layer, described the second plastic film layers can play the former effect of further isolate corrupt.Described the second plastic film layers can the whole packed article of complete parcel, also can only cover top and the side elevation of packaged body, and not wrap up bottom surface.
As optional mode, described neutral material polyethylene (PE) thin layer only covers top and the bottom of described aluminum alloy plate materials, aluminum alloy plate materials for the overlapping placement of multiple-layer horizontal, at top and the neutral material of bottom covering polyethylene (PE) thin layer, can effectively prevent that its large corrodes, its surrounding end face is coarse, even if the faint corrosion of mode is also little on the impact of Performance and quality, so surrounding end face can not cover neutral material polyethylene (PE) thin layer, can reduce costs.
As optional mode, the interface of described each layer of inner packing adopts adhesive tape sealing-in.
As optional mode, between described aluminum alloy plate materials surrounding end face and described inner packing layer, be also provided with moisture resisting agent.By being set, moisture resisting agent can prevent that moisture from infiltrating the corrosion that causes sheet material from the gap between adjacent sheet metal by modes such as dewfall.
As optional mode, the bottom of described inner packing is lined with veneer sheet 5.By veneer sheet is set, make aluminum alloy bottom even stressed, avoid bumping or producing impression with steel framework bottom.Described veneer sheet is 5 layers of veneer sheet preferably.Between described veneer sheet and inner packing, can also spread layer of plastic film.
As optional mode, described plastic film thickness is 0.10mm.
As optional mode, described moisture resisting agent is common on the market packed moisture resisting agent, and specification is 20g/ bag, at packaged product two ends, respectively arranges 6 bags.
As optional mode, above-mentioned fixing or the mode that is fixedly connected with is with bolts, screw connection, welding, riveted joint, the conventional mode such as gluing or the combination of these modes.
embodiment 2:
As shown in Figure 2, a kind of packaging structure for aluminum alloy plate materials, comprise steel framework and steel plate 6, described steel framework forms the space 16 that can hold packed article, described steel plate covers respectively and is fixed on inner side facade and the end face of described steel framework, and described steel framework comprises top frame 7, underframe 8 and a plurality of perpendicular rib 9, and described perpendicular rib 9 is distributed on around top frame 7 and underframe 8 and is fixedly connected between top frame 7 and underframe 8, thereby support top lifting frame 7, formation can be held the framework of packed article.The number of described perpendicular rib is adjusted flexibly according to framework overall dimensions, and common optional 4-20 can arrange rib at the corner point of described top frame 7 and underframe 8 and also can not arrange.
As optional mode, described steel plate 6 is color coated steel sheet, adopts the color coated steel sheet of good corrosion resistance to protect better packed article, avoids destroying formerly directly contacting with packed article; And specious, be also convenient to arrange on surface mark (as upwards, moistureproof, handle with care, the mark such as center of gravity, Heave Here).
As optional mode, described steel plate 6 thickness are 0.4-0.6mm, adopt the steel plate of this thickness under the prerequisite of assurance function, to reduce the weight of packaging structure and the consumption of less steel as far as possible, reduce costs.
As optional mode, described steel framework is built and is formed by channel-section steel and/or angle steel combination.Can reduce rolled steel dosage, alleviate packaging structure quality, even can be lighter than existing Wooden package, and be convenient to be fixedly connected with.
As optional mode, horizontal rib 15 at least one opposite side that is fixedly connected on described underframe can also be set on described underframe 8, thereby after packing packed article into, frame stressing is more disperseed, avoid concentrating stressed the cause distortion of aluminium sheet or the damage of packaging structure.
As optional mode, horizontal rib 15 at least one opposite side that is fixedly connected on described top frame also can be set on described top frame 7, thereby avoid when packaging structure planar dimension is larger, because overtension causes the steel plate that is positioned at end face, depression or other distortion occur.
As optional mode, described top frame 7 and underframe 8 are measure-alike rectangle frame, and this is simple in structure, be stablely convenient to build.Perpendicular rib 9 on the front and back side elevation of described framework can also be arranged symmetrically with, the perpendicular rib 9 on left and right sides facade is also arranged symmetrically with, and makes frame stressing more even.As optional mode, 2-8 perpendicular rib is respectively set on the front and back side elevation of described framework, on left and right sides facade, respectively arrange 2-4.
As optional mode, between the perpendicular rib 9 of described top frame 7 and/or underframe 8 and part, be also fixed with diagonal rib bar 10, make framed structure more firm.
As optional mode, rivet clasps are inside the surrounding of described steel framework on facade and top face respectively for described steel plate 6, and the steel plate of top face is provided with downward flanging 11, can play better rainproof effect.
As optional mode, described underframe 8 belows are also fixed with filler strip 12, and described filler strip 12 is distributed on underframe below, and quantity is at least two, can adjust flexibly according to the length of framework.By filler strip 12, made the certain distance of packing material built on stilts, can effectively be kept away from moisture.The end of described framework can have filler strip also can not have.
As optional mode, the bottom surface of described steel framework can cover and fixation steel plate, also steel plate can be set.When bottom surface covers steel plate, can avoid destroying former in below contact packed article; When bottom surface does not arrange steel plate, can make packaging structure there is certain air permeability, avoid dewfall to cause the corrosion of packaged sheet material.
As optional mode, described underframe below is also provided with Heave Here 13, is convenient to fast hoisting.As Heave Here described in optional mode, be to be symmetrical set the channel-section steel that Open Side Down below underframe.
As optional mode, in described packaging structure, also comprise bailing band 14, described underframe and packed article are tied up and are integrated by bailing band.Avoid packed article (as the emergency braking in transportation) in transportation or moving process to slide, collision box shelf structure.The plastic protection backing plate liner of available 1-2mm under the product that described steel band goes out or the seamed edge of framework, corner and steel band buckle.
As optional mode, described steel plate 6 joints adopt overlapping mode to be fixedly connected with, and are coated with sealant on faying surface.Prevent from destroying former infiltration packaging structure inner, play better rainproof, moisture-proof role.
As optional mode, above-mentioned fixing or the mode that is fixedly connected with is with bolts, screw connection, welding, riveted joint, the conventional mode such as gluing or the combination of these modes.
As optional mode, described packaging structure also comprises inner packing, and described inner packing can be any one in inner packing described in embodiment 1.
Packaging structure described in the utility model is all applicable to aluminum alloy die mould or bending series products.
The foregoing is only preferred embodiment of the present utility model, is only illustrative for the utility model, and nonrestrictive; Those of ordinary skills understand, and in the spirit and scope that limit, can carry out many changes to it at the utility model, revise, and even equivalence change, but all will fall into protection domain of the present utility model.
Claims (10)
1. the packaging structure for aluminum alloy plate materials, it is characterized in that, comprise steel framework and steel plate, described steel framework forms the space that can hold packed article, described steel plate covers respectively and is fixed on inner side facade and the end face of described steel framework, and described steel framework comprises top frame, underframe and a plurality of perpendicular rib, and described perpendicular rib is distributed on around top frame and underframe and is fixedly connected between top frame and underframe, thereby support top lifting frame, formation can be held the framework of packed article; Described packaging structure also comprises inner packing, and described inner packing is followed successively by neutral material film layer, the first plastic sheeting sealing layer, colour bar plastic cloth sealing layer from inside to outside; Rivet clasp is inside the surrounding of described steel framework on facade and top face respectively for described steel plate, and the steel plate of top face is provided with downward flanging.
2. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, described steel framework is built and formed by channel-section steel and/or angle steel combination.
3. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, is also provided with the horizontal rib at least one opposite side that is fixedly connected on described underframe on described underframe.
4. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, between the perpendicular rib of described top frame and/or underframe and part, is also fixed with diagonal rib bar, makes framed structure more firm.
5. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, described underframe below is also fixed with filler strip.
6. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, described underframe below is also provided with Heave Here.
7. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, also comprises bailing band in described structure, and described underframe and packed article are tied up and are integrated by bailing band.
8. the packaging structure for aluminum alloy plate materials according to claim 1, is characterized in that, described plate joint place adopts overlapping mode to be fixedly connected with, and is coated with sealant on faying surface.
9. according to the packaging structure for aluminum alloy plate materials described in any one in claim 1, it is characterized in that, described neutral material polyethylene (PE) thin layer only covers top and the bottom of described aluminum alloy plate materials.
10. the packaging structure for aluminum alloy plate materials according to claim 9, is characterized in that, the bottom of described inner packing is lined with veneer sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320865669.8U CN203753657U (en) | 2013-12-26 | 2013-12-26 | Packaging structure for aluminum alloy plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320865669.8U CN203753657U (en) | 2013-12-26 | 2013-12-26 | Packaging structure for aluminum alloy plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203753657U true CN203753657U (en) | 2014-08-06 |
Family
ID=51248959
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320865669.8U Expired - Fee Related CN203753657U (en) | 2013-12-26 | 2013-12-26 | Packaging structure for aluminum alloy plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203753657U (en) |
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2013
- 2013-12-26 CN CN201320865669.8U patent/CN203753657U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140806 Termination date: 20201226 |