CN201395327Y - Clamping multiplex combination-type buffering material - Google Patents
Clamping multiplex combination-type buffering material Download PDFInfo
- Publication number
- CN201395327Y CN201395327Y CN2008201582298U CN200820158229U CN201395327Y CN 201395327 Y CN201395327 Y CN 201395327Y CN 2008201582298 U CN2008201582298 U CN 2008201582298U CN 200820158229 U CN200820158229 U CN 200820158229U CN 201395327 Y CN201395327 Y CN 201395327Y
- Authority
- CN
- China
- Prior art keywords
- plug
- material body
- buffer material
- pair
- side wall
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Buffer Packaging (AREA)
Abstract
The utility model discloses a clamping multiplex combination-type buffering material, which comprises a buffering material main body and a choke plug which is arranged on two ends of the buffering material main body, wherein the buffering material main body is formed by a plurality of U-shaped pipes which are sequentially plugged into cavities of two adjacent outer layers and have identical length; the middle part of the internal bottom wall of the multi-layer U-shaped pipes is provided with an arc groove which faces outwards the length direction, and the middle part of the outer side wall isprovided with two arc grooves which are spaced in the length direction; the structure of the choke plug is identical to that of the U-shaped pipe of the buffering material main body; the length of thechoke plug is identical to the height of a pair of outer side walls of the U-shaped pipe, and the choke plug is clamped into a cavity which is formed by a pair of outer side walls, a pair of internalside walls, the upper part of two side walls and the outer bottom wall of the most inner layer of the buffering material main body. The length of the buffering material can be adjusted according to the packed materials with different lengths; moreover, the choke plug is identical to the buffering material main body, so that the mould can be reduced, and the buffering material favors the mass production.
Description
Technical field
The utility model relates to a kind of padded coaming, relate in particular to a kind of with article receivings such as electrical equipment, computer, electronic unit, mechanical part, engineering goods, glass porcelain when packaging box is packed, be arranged on the shock pressure that is used to cushion the outside between connection with wrapping of piece and the packaging box and applies, to the clamping multiple combination type cushioning material of connection with wrapping of piece protection.
Background technology
When packing into such as generally article such as electrical equipment, mechanical part, engineering goods, glass porcelain being packed in carton, the individual packages case,, all can between individual packages case and article, install padded coaming for not damaging these article.As such cushioning material for packing, the dividing plate that all the time all uses foam styrene resin, thick fluting board to make, according to the shape of above-mentioned article, size quantity as required with the aforementioned separator plate use that combines.
According to the disclosed a kind of bale packing padded coaming of No. 2607208 communique of practical new utility model registration, as shown in Figure 9, bale packing constitutes by paper or based on the composite material cylindrical body T that form, that the cross section takes the shape of the letter U of paper with the integral body of padded coaming 51, and by a pair of relative position 52 and 53 the forming of a lateral edges position of connecting relative position 52.The 1st component part 58 that cylindrical body T is taken the shape of the letter U by the cross section, reserve the 2nd component part 59 that the cross section of arranged spaced takes the shape of the letter U in the outside of the 1st component part 58, connect 58 and be circular-arc 2 with the cross section at 59 liang of component part edges and be connected with circular-arc part 54 and form.The part of the exterior side wall 53a of the exterior side wall 52a at the relative position 52 of formation bale packing usefulness padded coaming 51 and connecting portion 53 in the 2nd component part 59, each self-forming the 1st component part 58 sides, i.e. recessed the and Baltimore groove 56,57 that extend to length direction in the inside of cylindrical body T.The cross section of part and the connecting bridge 55 of the part of the exterior side wall 53a that forms connecting portion 53 that is connected to form the exterior side wall 52a at the relative position 52 of cylindrical body T in the 2nd component part 59 is circular-arc.Cushioning material for packing 51 is to make as having twined with spiral winding method or flat quick pushing manipulation with paper or based on the composite material of paper around the cooresponding model of shape therewith.And bale packing is with paper with padded coaming 51 or cuts into length-specific someways form the cylindrical body of speciality based on the composite material of paper after and make.
When laterally or vertically applying bigger strength, a pair of relative position 52a and exterior side wall 53a will be pressed towards inside to above-mentioned bale packing with padded coaming.Produce exterior pressure and damage directly with bale packing danger with the interior items of padded coaming parcel because the width of Baltimore groove 56,57 is big, and exterior side wall 52a will touch relative position 52, and exterior side wall 53a touches connecting portion 53 this moment.And the two ends of cushioning material for packing are open, also can produce directly with bale packing with the interior items of the padded coaming 51 parcels danger toward lateral excursion.In addition, this bale packing is to tailor by the length of products to be packaged with the length of padded coaming 51, when the manufacturer of products to be packaged needs the padded coaming of plurality of specifications, just want the padded coaming of customized plurality of specifications to adapt to the article length of multiple size, and these padded coamings to take up an area of volume in transit big, so traffic cost increases.
Summary of the invention
In order to overcome the deficiency that above-mentioned prior art exists, the utility model aims to provide a kind of clamping multiple combination type cushioning material, can regulate length according to the packed article of different length, and the structure of plug and buffering material body and measure-alike, can reduce mould and be beneficial to batch manufacturing, can also make that packed article is packaged the back exerts pressure from the outside, the in-to-in packed article can not be compressed yet, thereby has improved the absorptivity of packed article impact power.
A kind of clamping multiple combination type cushioning material described in the utility model comprises buffer material body and is located at the plug at buffer material body two ends, wherein,
Described buffer material body is pressed from both sides successively by multilayer and is inserted in the adjacent outer field cavity and U font pipe that length is identical constitutes;
The centre of the interior bottom wall of the multilayer U font pipe of described buffer material body forms an outside arc groove at length direction, and the middle part of pair of outer sidewall forms two Baltimore grooves separately at interval at length direction;
Described plug is identical with the structure of the U font pipe that constitutes buffer material body;
The length of described plug equals the height of the pair of outer sidewall of U font pipe, and the two side clip of described plug is in the cavity that is made of the pair of outer sidewall of described buffer material body innermost layer, a pair of internal side wall, top, two side and outside diapire.
Above-mentioned clamping multiple combination type cushioning material, wherein, described buffer material body increases its length in the mode of the U font pipe that pulls out internal layer layer by layer, and the two side clip that is located at an end plug on the buffer material body is at the pair of outer sidewall by the U font pipe of described buffer material body innermost layer, a pair of internal side wall, in the cavity that top, two side and outside diapire constitute, the two side clip of other end plug is at the pair of outer sidewall by the outermost U font of described buffer material body pipe, a pair of internal side wall, in the cavity that top, two side and outside diapire constitute.
Above-mentioned clamping multiple combination type cushioning material, wherein, all interior angles of described buffer material body and plug are circular-arc.
Above-mentioned clamping multiple combination type cushioning material, wherein, the middle part of the outside diapire of the multilayer U font pipe of described buffer material body forms two Baltimore grooves separately at interval at length direction.
Above-mentioned clamping multiple combination type cushioning material, wherein, the middle part of a pair of internal side wall of the multilayer U font pipe of described buffer material body forms an outside arc groove at length direction.
Above-mentioned clamping multiple combination type cushioning material, wherein, the middle part of the outside diapire of described plug forms at interval in the same way two Baltimore grooves separately at length direction.
Above-mentioned clamping multiple combination type cushioning material, wherein, described plug is made of the U font pipe that the bilayer folder is plugged together and length is identical, the middle part of its inside and outside double-ply interior bottom wall and a pair of internal side wall forms an outside arc groove at length direction, and the middle part of outside diapire of its inside and outside double-ply and pair of outer sidewall forms in the same way two Baltimore grooves separately at interval at length direction.
Owing to adopted above-mentioned technical solution, clamping multiple combination type cushioning material of the present utility model is to be pressed from both sides successively by multilayer U font pipe to constitute after being inserted in adjacent outer field cavity, therefore it is little to take up an area of volume in transportation, traffic cost is reduced, and in use can be according to the U font pipe of the packed article pull internal layer of different length until the length that adapts to packed article, again because it can make the body of clamping multiple combination type cushioning material by a kind of length dimension mould and the simple operation of process, the structure of plug and buffering material body and measure-alike can reduce mould and be beneficial to batch manufacturing in addition.Even can also make to package behind the packed article from the outside or exert pressure in the bottom, the in-to-in packed article can not be compressed yet, and can improve the absorptivity of packed article impact power greatly, prevents the packed article lateral excursion, carries packed article safely.And plug is a clip at the two ends of buffering body, can be without viscose, so both assemblings are very convenient.Clamping multiple combination type cushioning material of the present utility model uses the regeneration craft paper, can repeatedly utilize, and therefore can either use cheap material cost-cutting, can also bring the effect of removing pollution problem.
Description of drawings
Fig. 1 (A), Fig. 1 (B), Fig. 1 (C) are respectively the three-dimensional exploded views of three kinds of structures of clamping multiple combination type cushioning material of the present utility model;
Fig. 2 (A), Fig. 2 (B), Fig. 2 (C) are respectively the scheme drawings of three kinds of structures of clamping multiple combination type cushioning material of the present utility model when being subjected to external pressure;
Fig. 3 is that buffer material body increases the form scheme drawing that uses length in the clamping multiple combination type cushioning material of the present utility model;
Fig. 4 is the use form scheme drawing of first kind of plug of clamping multiple combination type cushioning material of the present utility model;
Fig. 5 is the use form scheme drawing of second kind of plug of clamping multiple combination type cushioning material of the present utility model;
Fig. 6 is the use form scheme drawing of the third plug of clamping multiple combination type cushioning material of the present utility model;
Fig. 7 is the using method decomposing schematic representation of clamping multiple combination type cushioning material of the present utility model;
Fig. 8 (A), Fig. 8 (B), Fig. 8 (C), Fig. 8 (D) are the scheme drawings of the procedure of processing of clamping multiple combination type cushioning material of the present utility model;
Fig. 9 is the structural representation of the cushioning material for packing of prior art.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
Fig. 1 has showed the clamping multiple combination type cushioning material as use form of the present utility model.Fig. 1 (A) has showed the single-piece oblique drawing of clamping multiple combination type cushioning material, and clamping multiple combination type cushioning material 1 is made of buffer material body 10 and plug 20, and plug 20 is installed in the both ends of buffer material body 10.Buffer material body 10 is pressed from both sides successively by multilayer and is inserted in the adjacent outer field cavity and U font pipe that length is identical constitutes, the U font pipe of buffer material body 10 is to be formed at four Baltimore grooves 14 on two exterior side wall, 11 surfaces and to be formed on interior bottom wall 17 middle outside arc grooves 18 by two exterior side wall 11, outside diapire 12, top, two side 13, internal side wall 16, interior bottom wall 17, interval to constitute, and the U font pipe of plug 20 is made of two exterior side wall 21, outside diapire 22, top, two side 23, internal side wall 26, interior bottom wall 27.The two side clip that is made of exterior side wall 21, top, two side 23 and the internal side wall 26 of plug 20 is in the cavity that two exterior side wall 11, internal side wall 16, top, two side 13 and outside diapire 12 by the U font pipe of buffer material body 10 innermost layers constitute.Plug 20 is identical with the structure of the U font pipe that constitutes buffer material body 10, and its length equals the height of the pair of outer sidewall of U font pipe.To describe in detail in trailing portion about plug 20.
Fig. 1 (B) has showed that four Baltimore grooves not only are formed in the exterior side wall 11 one side, also is formed at the single-piece oblique drawing of clamping multiple combination type cushioning material 1a on the surface of outside diapire 12.Clamping multiple combination type cushioning material 1a is made of buffer material body 10a and plug 20, and plug 20 is installed in the both ends of buffer material body 10a.Buffer material body 10a is pressed from both sides successively by multilayer and is inserted in the adjacent outer field cavity and U font pipe that length is identical constitutes, the U font pipe of buffer material body 10a be by two exterior side wall 11, outside diapire 12, top, two side 13, internal side wall 16, interior bottom wall 17, at interval be formed at four Baltimore grooves 14 on two exterior side wall, 11 surfaces, be formed at two Baltimore grooves 15 on outside diapire 12 surfaces at interval and the outside arc grooves 18 that are formed in the middle of the interior bottom wall 17 constitute.The two side clip that is made of exterior side wall 21, top, two side 23 and the internal side wall 26 of plug 20 is in the cavity that two exterior side wall 11, internal side wall 16, top, two side 13 and outside diapire 12 by the U font pipe of buffer material body 10a innermost layer constitute.Plug 20 is identical with the structure of the U font pipe that constitutes buffer material body 10, and its length equals the height of the pair of outer sidewall of U font pipe.To describe in detail in trailing portion about plug 20.
Fig. 1 (C) has showed that outside arc groove 18 not only is formed at interior bottom wall 17 one side, also is formed at the single-piece oblique drawing of clamping multiple combination type cushioning material 1b on the surface of two internal side wall 16 respectively.Clamping multiple combination type cushioning material 1b is made of buffer material body 10b and plug 20, and plug 20 is installed in the both ends of buffer material body 10b.Buffer material body 10b is pressed from both sides successively by multilayer and is inserted in the adjacent outer field cavity and U font pipe that length is identical constitutes, the U font pipe of buffer material body 10b be by two exterior side wall 11, outside diapire 12, top, two side 13, two internal side wall 16, interior bottom wall 17, at interval be formed at four Baltimore grooves 14 on two exterior side wall, 11 surfaces, at interval be formed at outside diapire 12 surfaces two Baltimore grooves 15, be formed at two outside arc grooves 19 in the middle of two internal side wall, 16 surfaces and outside arc grooves 18 being formed in the middle of the interior bottom wall 17 constitute.The two side clip that is made of exterior side wall 21, top, two side 23 and the internal side wall 26 of plug 20 is in the cavity that two exterior side wall 11, internal side wall 16, top, two side 13 and outside diapire 12 by the U font pipe of buffer material body 10b innermost layer constitute.Plug 20 is identical with the structure of the U font pipe that constitutes buffer material body 10, and its length equals the height of the pair of outer sidewall of U font pipe.To describe in detail in trailing portion about plug 20.
See also Fig. 8 again, packed article 40 is between the internal backplane 27 of the internal side wall 16, interior bottom wall 17 and two plugs 20 that are inserted into U font pipe.Because packed article 40 is to be sandwiched in that double team gets up between the interior bottom wall 27 of internal side wall 16, interior bottom wall 17 and two plugs 20, will be completely fixed after the packing, can prevent its lateral excursion etc. fully.
Fig. 2 (A) has showed from exterior side wall 11 directions when clamping multiple combination type cushioning material 10 applies external pressure, the situation of exterior side wall 11 distortion.Among Fig. 2 (A) when exterior side wall 11 directions apply external pressure F1, exterior side wall 11 and two Baltimore grooves, 14 bottoms will be to the direction distortion of exerting pressure, but because the width of two Baltimore grooves, 14 bottoms is less, exterior side wall 11 can bulk deformation, has only the part distortion of Baltimore groove 14 bottoms.So exterior side wall 11 parts can whole not contact with internal side wall 16, even applied bigger pressure from the outside, still can keep certain space between exterior side wall 11 and the internal side wall 16.Therefore, even apply bigger external pressure from exterior side wall 11 directions, the U font pipe of padded coaming 10 does not have bigger distortion yet, can protection be packaged in in-to-in packed article 40 from impact.
Fig. 2 (B) has showed from exterior side wall 11 directions and from the situation of outside diapire 12 directions exterior side wall 11 and 12 distortion of outside diapire when clamping multiple combination type cushioning material 10a applies external pressure.It is same as described above to apply the situation of external pressure from exterior side wall 11 directions among Fig. 2 (A), therefore repeats no more.Apply the situation of external pressure from outside diapire 12 directions in this explanation.When outside diapire 12 directions applied external pressure F2, owing to can produce same distortion between outside diapire 12 and the interior bottom wall 17, the U font pipe of padded coaming 10a did not have bigger distortion yet, can protect from impact and be packaged in in-to-in packed article 40.
Fig. 2 (C) has showed from the situation of exterior side wall 11 directions and outside diapire 12 directions exterior side wall 11 and 12 distortion of outside diapire when clamping multiple combination type cushioning material 10b applies external pressure.It is same as described above to apply the situation of external pressure from exterior side wall 11 directions among Fig. 2 (A), and the situation that applies external pressure from outside diapire 12 directions among Fig. 2 (B) is same as described above, therefore repeats no more.
Fig. 3 has showed that clamping multiple combination type cushioning material of the present utility model is when needs are packed large-sized object, the form that needs lengthening buffer material body 10b length, buffer material body 10b increases its length in the mode of the U font pipe that pulls out internal layer layer by layer, and the two side clip that is located at the last end plug 20 of buffer material body 10b is at the pair of outer sidewall 11 by the U font pipe of buffer material body 10b innermost layer, a pair of internal side wall 16, in the cavity that 13 tops, two side and outside diapire 12 constitute, the two side clip of other end plug 20 is at the pair of outer sidewall 11 by the outermost U font of buffer material body 10b pipe, a pair of internal side wall 16, in the cavity that top, two side 13 and outside diapire 12 constitute.
Fig. 4 has illustrated a kind of plug under the use form of clamping multiple combination type cushioning material of the present utility model.Plug 20 structures among Fig. 4 are individual layer U font tubulose.Constitute the U font pipe and the U font tubular structure that constitutes buffer material body 10 and measure-alike of this plug 20, this U font pipe is by two exterior side wall 21, outside diapire 22, top, two side 23, internal side wall 26, interior bottom wall 27, is formed at four Baltimore grooves 24 on two exterior side wall, 21 surfaces at interval and the outside arc grooves 28 that are formed in the middle of the interior bottom wall 27 constitute, so this plug 20 can be in shearing length on the U font pipe of making buffer material body 10 for making behind the height of its lateral wall 11.With 90 ° of two ends of inserting buffer material body 10b of plug 20 upset, till the interior bottom wall 27 that makes plug 20 and the both sides internal side wall 16 and interior bottom wall 17 complete joint closes of buffer material body 10b.The clamping multiple combination type cushioning material 1b of plug 20 has been inserted at the two ends that its result has formed buffer material body 10b.
Fig. 5 has illustrated second kind of plug under the use form of clamping multiple combination type cushioning material of the present utility model.Plug 20a structure among Fig. 5 is an individual layer U font tubulose.Constitute the U font pipe and the U font tubular structure that constitutes buffer material body 10a and measure-alike of this plug 20a, this U font pipe is by two exterior side wall 21, outside diapire 22, top, two side 23, internal side wall 26, interior bottom wall 27, be formed at four Baltimore grooves 24 on two exterior side wall, 21 surfaces at interval, at interval be formed at two Baltimore grooves 25 on outside diapire 22 surfaces and be formed on that outside arc grooves 28 in the middle of the interior bottom wall 27 constitute, so this plug 20a can be in shearing length on the U font pipe of making buffer material body 10a for making behind the height of its lateral wall 11.With 90 ° of two ends of inserting buffer material body 10b of plug 20a upset, till the interior bottom wall 27 that makes plug 20a and the both sides internal side wall 16 and interior bottom wall 17 complete joint closes of buffer material body 10b.The clamping multiple combination type cushioning material 1b of plug 20a has been inserted at the two ends that its result has formed buffer material body 10b.
Fig. 6 has illustrated the third plug under the use form of clamping multiple combination type cushioning material of the present utility model.Plug 20b structure among Fig. 6 is double-deck U font tubulose.Constitute the U font pipe and the U font tubular structure that constitutes buffer material body 10b and measure-alike of this plug 20b, this U font pipe is by two exterior side wall 21, outside diapire 22, top, two side 23, internal side wall 26, interior bottom wall 27, be formed at four Baltimore grooves 24 on two exterior side wall, 21 surfaces at interval, at interval be formed at two Baltimore grooves 25 on outside diapire 22 surfaces and be formed on that outside arc grooves 28 in the middle of the interior bottom wall 27 constitute, so this plug 20b can be in shearing length on the U font pipe of making buffer material body 10b for making behind the height of its lateral wall 11.With 90 ° of two ends of inserting buffer material body 10b of plug 20b upset, till the outer interior bottom wall 27 that makes plug 20b and the both sides internal side wall 16 and interior bottom wall 17 complete joint closes of the U font pipe 10b of padded coaming 1b.The clamping multiple combination type cushioning material 1b of plug 20b has been inserted at the two ends that its result has formed buffer material body 10b.
The structure of above-mentioned three kinds of plugs is because structure is substantially identical with padded coaming 10,10a, 10b, so their stress deformation situation does not repeat them here.
Fig. 7 has illustrated in a kind of using method of using the clamping multiple combination type cushioning material under the form of the present utility model.Packed article 40 is clipped between the interior bottom wall 27 of top 13, interior bottom wall 17 and two plug 20b of the two side of two clamping multiple combination type cushioning material 1b, fixedly packed article 40.With the fixing packed article 40 of clamping multiple combination type cushioning material 1b, packed article 40 just becomes the state that floats in the air, can absorb the impulsive force that imposes on packed article 40.The shape of plug 20b is depicted as and is the U font double layered tubular of droping to the ground among Fig. 7.No matter external force from which direction applies clamping multiple combination type cushioning material of the present utility model does not also have bigger distortion, can protection be packaged in in-to-in packed article 40 from impact.
Fig. 8, Fig. 8 (B), Fig. 8 (C), Fig. 8 (D) have illustrated the procedure of processing of clamping multiple combination type cushioning material of the present utility model.The low coil paper 30 of the some width unanimities of Fig. 8 (A) expression, these low coil papers 30 can obtain after a high coil paper times over low web widths blocks.The material of these low coil papers 30 is for having the thickness of effect and rubber-like paper, and it can be white kraft liner paper or other similar paper.Fig. 8 (B) has showed the formed low coil paper 30 of Fig. 8 (A) has been rolled the position 33 of continuing that the back connects the end in the mode of screw winding, forms the state of columnar long paper pipe 31.The inside of long paper pipe 31 has also formed the cylinder interior 32 that constitutes the space.Fig. 8 (C) has showed that the long paper pipe 31 that will form tailors into length and the corresponding paper tube 34 of die length in above-mentioned.Fig. 8 (D) has showed in above-mentioned the state that inserts in the cylinder interior 32 of the paper tube 34 that forms before the effective mould 35 of U font.Mould 35 described herein also can be divided into the corresponding outside diapire 12 of Fig. 1 (A) in no Baltimore groove 15, interior bottom wall 17 has the mould 35 of arc groove 18, and with the corresponding outside diapire 12 of Fig. 1 (B), Fig. 1 (C) in have Baltimore groove 15 and internal side wall 16 that mould 35a, the 35b of arc groove 19 are arranged.After mould 35 or 35a or 35b insertion cylinder interior 32; there not to be the moulding machine compression paper tube 34 of explanation scheming, forming shown in Fig. 1 (A) in the outside diapire 12 shown in the U font pipe 10 of no Baltimore groove 15 or Fig. 1 (B), Fig. 1 (C) has two Baltimore grooves 15 and internal side wall 16 that the U font pipe 10a and the 10b of arc groove 19 are arranged in the outside diapire 12 from the outside of paper tube 34.
In sum, clamping multiple combination type cushioning material of the present utility model is to be pressed from both sides successively by multilayer U font pipe to constitute after being inserted in adjacent outer field cavity, therefore it is little to take up an area of volume in transportation, traffic cost is reduced, and in use can be according to the U font pipe of the packed article pull internal layer of different length until the length that adapts to packed article.Packing applicable to various packed articles.The utility model makes that packed article is wrapped the back exerts pressure from the outside, and the in-to-in packed article can not be compressed yet, thereby has improved the absorptivity of packed article impact power.In addition, clamping multiple combination type cushioning material of the present utility model can use simple mold manufacturing, be suitable for batch manufacturing, but material repeated use, and the structure of plug and buffering material body and measure-alike, can reduce mould and be beneficial to batch manufacturing, and plug is easy to use, can be without viscose, so both assemblings are very convenient.
Below embodiment has been described in detail the utility model in conjunction with the accompanying drawings, and those skilled in the art can make the many variations example to the utility model according to the above description.Thereby some details among the embodiment should not constitute qualification of the present utility model, and the scope that the utility model will define with appended claims is as protection domain of the present utility model.
Claims (7)
1. clamping multiple combination type cushioning material comprises buffer material body and is located at the plug at buffer material body two ends, it is characterized in that,
Described buffer material body is pressed from both sides successively by multilayer and is inserted in the adjacent outer field cavity and U font pipe that length is identical constitutes;
The centre of the interior bottom wall of the multilayer U font pipe of described buffer material body forms an outside arc groove at length direction, and the middle part of pair of outer sidewall forms two Baltimore grooves separately at interval at length direction;
Described plug is identical with the structure of the U font pipe that constitutes buffer material body;
The length of described plug equals the height of the pair of outer sidewall of U font pipe, and the two side clip of described plug is in the cavity that is made of the pair of outer sidewall of described buffer material body innermost layer, a pair of internal side wall, top, two side and outside diapire.
2. clamping multiple combination type cushioning material according to claim 1, it is characterized in that, described buffer material body increases its length in the mode of the U font pipe that pulls out internal layer layer by layer, and the two side clip that is located at an end plug on the buffer material body is at the pair of outer sidewall by the U font pipe of described buffer material body innermost layer, a pair of internal side wall, in the cavity that top, two side and outside diapire constitute, the two side clip of other end plug is at the pair of outer sidewall by the outermost U font of described buffer material body pipe, a pair of internal side wall, in the cavity that top, two side and outside diapire constitute.
3. clamping multiple combination type cushioning material according to claim 1 and 2 is characterized in that, all interior angles of described buffer material body and plug are circular-arc.
4. clamping multiple combination type cushioning material according to claim 1 and 2 is characterized in that, the middle part of the outside diapire of the multilayer U font pipe of described buffer material body forms two Baltimore grooves separately at interval at length direction.
5. clamping multiple combination type cushioning material according to claim 4 is characterized in that, the middle part of a pair of internal side wall of the multilayer U font pipe of described buffer material body forms an outside arc groove at length direction.
6. a kind of clamping multiple combination type cushioning material according to claim 1 and 2 is characterized in that, the middle part of the outside diapire of described plug forms at interval in the same way two Baltimore grooves separately at length direction.
7. a kind of clamping multiple combination type cushioning material according to claim 1 and 2, it is characterized in that, described plug is made of the U font pipe that the bilayer folder is plugged together and length is identical, the middle part of its inside and outside double-ply interior bottom wall and a pair of internal side wall forms an outside arc groove at length direction, and the middle part of outside diapire of its inside and outside double-ply and pair of outer sidewall forms in the same way two Baltimore grooves separately at interval at length direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008201582298U CN201395327Y (en) | 2008-12-30 | 2008-12-30 | Clamping multiplex combination-type buffering material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008201582298U CN201395327Y (en) | 2008-12-30 | 2008-12-30 | Clamping multiplex combination-type buffering material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201395327Y true CN201395327Y (en) | 2010-02-03 |
Family
ID=41617829
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008201582298U Expired - Lifetime CN201395327Y (en) | 2008-12-30 | 2008-12-30 | Clamping multiplex combination-type buffering material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201395327Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101767684B (en) * | 2008-12-30 | 2012-05-23 | 刘兴成 | Clamping multiple combination type cushioning material and processing method thereof |
-
2008
- 2008-12-30 CN CN2008201582298U patent/CN201395327Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101767684B (en) * | 2008-12-30 | 2012-05-23 | 刘兴成 | Clamping multiple combination type cushioning material and processing method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201183644Y (en) | Buffering material for bale packing | |
| RU2517504C2 (en) | Laminar paper, method of its making and method of making 3d containers | |
| EP3221223B1 (en) | Compressed hollow coreless re-formable roll products | |
| TWI316918B (en) | ||
| CN102294871B (en) | Method for producing lamination packing material | |
| CN105346799A (en) | Reusable flat electronic product packaging box and making method thereof | |
| CN201395327Y (en) | Clamping multiplex combination-type buffering material | |
| CN101767684B (en) | Clamping multiple combination type cushioning material and processing method thereof | |
| US9051104B2 (en) | Composite containers | |
| CN101134513A (en) | Paper corner protector | |
| CN201296454Y (en) | Clip-on type cushion material | |
| US20100260444A1 (en) | Reinforced bag | |
| CN215795019U (en) | Gift packaging box for red wine products | |
| JP5414751B2 (en) | refrigerator | |
| CN101758964A (en) | Clamp-type buffer material | |
| CN215664496U (en) | Compression-resistant packaging box | |
| JP3136760U6 (en) | Packing cushioning material | |
| CN206969268U (en) | Packaging bag with buffering band structure | |
| CN201372030Y (en) | Packing material and cardboard using same | |
| CN214824890U (en) | Folding location buffering inner packaging structure of cuboid product cardboard | |
| CN205525815U (en) | Synthetic paper angle bead for mental package | |
| CN219565979U (en) | Spacing carton | |
| CN108688924A (en) | A kind of packaging material and the method that this packaging material is provided | |
| CN214165895U (en) | Pressure-resistant corrugated board and corrugated carton | |
| CN211811182U (en) | Paper box |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100203 Effective date of abandoning: 20081230 |