CN203173113U - Compression-resistance shock-proof vertical-type lining structure - Google Patents
Compression-resistance shock-proof vertical-type lining structure Download PDFInfo
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- CN203173113U CN203173113U CN 201320021522 CN201320021522U CN203173113U CN 203173113 U CN203173113 U CN 203173113U CN 201320021522 CN201320021522 CN 201320021522 CN 201320021522 U CN201320021522 U CN 201320021522U CN 203173113 U CN203173113 U CN 203173113U
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Abstract
The utility model relates to a compression-resistant shock-proof vertical-type lining structure which is used in a package box. The lining structure comprises a first piece body, a second piece body and at least two third piece bodies, wherein the first piece body, the second piece body and the third piece bodies are made of compression-resistant and foldable materials. The first piece body is sequentially provided with a plurality of transverse trenches in the longitudinal direction. Two corresponding side edges of the second piece body are respectively provided with a longitudinal trench, and two portions of the second piece body can be folded towards the same side face of the second piece body so that the longitudinal trenches can correspond to the transverse trenches of the first piece body respectively and the second piece body and the first piece body can be embedded mutually and combined into a whole. Each third piece body is provided with a centre transverse trench which corresponds to any transverse trench, adjacent to two ends, of the first piece body so that the third piece bodies and the first piece body can be embedded and combined into a whole. Two portions, away from the center transverse trench, of each third piece body can be folded towards the same side face of each third piece body to respectively form a hollow column body. The compression-resistant shock-proof vertical-type lining structure enables the package box to have good compression-resistant and shock-proof performance and can significantly improve work efficiency of packaging operations.
Description
Technical field
The utility model relates to the vertical inner lining structure of the shockproof group of a kind of resistance to compression, be applied to a packing chest, this is organized vertical inner lining structure and is made up of one first lamellar body, one second lamellar body and at least two the 3rd lamellar bodies, and when it is placed into this packing chest, formed a plurality of spaces that separate between those lamellar bodies and this packing chest inwall, can make this packing chest possess good resistance to compression and antiknock quality, for loading the required product that transports.
Background technology
Flourish along with various commercial activities, the principal characteristic of various logistics operations also grows with each passing day, no matter be to all over the world with merchandise sales, or in the process of producing, various former materials being transported to another factory building by a factory building, a large amount of transportation demands grows to unprecedented boundary explosively.For in transporting the process of various products, the situation of the product that transports of protection, a kind of very general practice are that Related product is packed in the packing chest, then, the packing chest that product is housed are distributed to the destination.
See also shown in Figure 1; traditionally; when manufacturer's desire is transported the product (not shown) of a large amount of same sizes; one group of vertical inner lining structure 2 is inserted by regular meeting in a packing chest 1; with the vertical inner lining structure 2 of this group of mat the space region in this packing chest 1 is divided into multi-region every the space, and product is inserted those separates in the space.Shown in the drawing be use at present the most a kind of group of vertical inner lining structure 2, this is organized vertical inner lining structure 2 and is made up of a plurality of first dividing plates 21 and a plurality of second partition 22, those first dividing plates 21 are staggered each other with those second partitions 22, to form a plurality of spaces that separate at those first dividing plates 21 and 22 of second partitions.When manufacturer when transporting various product, through regular meeting Related product is wrapped in respectively in the bubble bags, then, with those products behind the parcel, those that are positioned over that this organizes that vertical inner lining structure 2 separated separate in the space.
Though the vertical inner lining structure 2 of known group possesses advantage of simple structure,, during actual the use, many shortcomings are arranged unavoidably still.At first, when the operation personnel are carrying, stacking in the process of those packing chests 1, those packing chests 1 are collided each other, wherein, four corners with packing chest 1 are vulnerable to collision most again, but, the vertical inner lining structure 2 of known group can't provide strong supporting role for four corners of this packing chest 1, and can not bring into play the shockproof effect of significant resistance to compression, therefore, carry, stack in the process of those packing chests 1 the operating personnel, those packing chests 1 just may be out of shape because being collided or be damaged.In addition, those first dividing plates 21 and those second partitions 22 of forming the vertical inner lining structure 2 of known group, surround into four sidewalls of parallelogram jointly, therefore, structurally stability is lower, between two sidewalls that are parallel to each other relative motion may take place, so that the vertical inner lining structure 2 of known group is distorted deformation very easily, adjust its angle and make the operating personnel must spend more time, in order to it is inserted in this packing chest 1, cause the burden on the human cost.Moreover, when generally the vertical inner lining structure 2 of known group being applied to this packing chest 1, mostly only Related product can be positioned over the space that separates of those first dividing plates 21 and 22 formation of second partition, can't be positioned between those first dividing plates 21 and this packing chest 1 inwall, or between second partition 22 and this packing chest 1 inwall, therefore, the space in this packing chest 1 can't be effectively utilized, virtually bed hedgehopping the cost that needs of transport point.
By above explanation as can be known, though the vertical inner lining structure 2 of known group possesses advantage of simple structure, but, when the vertical inner lining structure 2 of known group is applied to packing chest 1, but there is the resistance to compression shockproof effect not good, structure is than shortcoming such as instability and packing chest 1 inner space utilization ratio be low, therefore, how to design a kind of vertical inner lining structure of group of novelty, not only possess good structural stability, and can promote the work efficiency of package handling and the resistance to compression shockproof effect that can promote this packing chest, in addition, most of space in this packing chest 1 is effectively utilized, significantly reduced the cost that transport point needs, namely become the important topic that the utility model is desired most ardently solution.
The utility model content
Because many shortcomings of the vertical inner lining structure of known group, therefore, utility model people is through the permanent research and experiment of making great efforts, finally development and Design goes out the shockproof vertical inner lining structure of group of a kind of resistance to compression of the present utility model, significantly improve the structural strength of packing chest in the hope of energy mat the utility model, and the inner space of packing chest done more effectively utilize, and then significantly save various costs required when packaging products in boxes transported.
A purpose of the present utility model is to provide the shockproof group of a kind of resistance to compression vertical inner lining structure, be applied in the packing chest, comprise one first lamellar body, one second lamellar body and at least two the 3rd lamellar bodies, those first, second and third lamellar bodies are made by tool crushing resistance and the material (as: corrugated board or polypropylene corrugated sheet etc.) that can roll over, wherein longitudinally offer many traverse furrows (as: one first traverse furrow, one second traverse furrow, one the 3rd traverse furrow and one the 4th traverse furrow) on this first lamellar body in regular turn, those traverse furrows are parallel each other; Two respective side on this second lamellar body longitudinally offer one second longitudinal furrow and one the 3rd longitudinal furrow respectively, two parts of contiguous this second longitudinal furrow and the 3rd longitudinal furrow on this second lamellar body, can be towards the same side direction turnover of this second lamellar body, to form two compartment walls of mutual correspondence, and the position that makes this second longitudinal furrow and the 3rd longitudinal furrow can correspond respectively to the position of this second traverse furrow and the 3rd traverse furrow, and then make second longitudinal furrow of this second lamellar body and the 3rd longitudinal furrow can be respectively and second traverse furrow and the mutual inlay card of the 3rd traverse furrow of this first lamellar body, and make this second lamellar body and this first lamellar body be combined into one; The adjacent central position offers a central traverse furrow on one longitudinal edge of the 3rd lamellar body, this central authorities' traverse furrow corresponding to the arbitrary traverse furrow that is close to two ends on this first lamellar body (namely, the first or the 4th traverse furrow), to make the 3rd lamellar body and this first physical efficiency see through those corresponding traverse furrows, mutual inlay card and being combined into one, away from two parts of this central authorities' traverse furrow, can turn down towards the same side direction of the 3rd lamellar body, to form a hollow column respectively on the 3rd lamellar body.So, after this is organized vertical inner lining structure and is mounted in this packing chest, formed a plurality of spaces that separate between those lamellar bodies and this packing chest inwall, not only fully and effectively utilized most of space in this packing chest, for loading Related product, and respectively the two adjacent corners of the 3rd lamellar body in this packing chest this hollow column of forming respectively, not only make this packing chest possess good resistance to compression and antiknock quality, further improve those and separated the stability of space structure, make it be difficult for distorted deformation, so, significantly promoted the work efficiency of package handling.
For ease of technology of the present utility model, architectural feature and purpose thereof being had further understanding and understanding, for the embodiment conjunction with figs., be described in detail as follows now:
Description of drawings
Fig. 1 is the scheme drawing that the vertical inner lining structure of known group is applied to packing chest;
Fig. 2 is the scheme drawing that the vertical inner lining structure of the shockproof group of the utility model resistance to compression is applied to packing chest;
Fig. 3 A-C is the decomposition expansion drawing at of the present utility model group of each position of vertical inner lining structure; And
Fig. 4 is the assembled relation scheme drawing at of the present utility model group of each position of vertical inner lining structure.
The main element nomenclature
Packing chest ... 1
Organize vertical inner lining structure ... 3
First lamellar body ... 31
Second lamellar body ... 32
Compartment walls ... 321
The 3rd lamellar body ... 33
Hollow column ... 331
The intercalation groove ... 332
The intercalation sheet ... 333
Traverse furrow ... A
The end traverse furrow ... A1
Middle traverse furrow ... A2
Longitudinal furrow ... B
Central authorities' traverse furrow ... C
The specific embodiment
The utility model is the vertical inner lining structure of the shockproof group of a kind of resistance to compression; see also shown in Figure 2; this is organized vertical inner lining structure 3 and is applied in the packing chest 1; in preferred embodiment of the present utility model; this is organized vertical inner lining structure 3 and comprises one first lamellar body 31; one second lamellar body 32 and at least two the 3rd lamellar bodies 33; those are first years old; second and third lamellar body 31; 32 and 33 is to be made by tool crushing resistance and the material (as: corrugated board or polypropylene corrugated sheet etc.) that can roll over; with those first; second and third lamellar body 31; 32 and 33 are organized upright being integral; and when inserting in this packing chest 1; this organizes vertical inner lining structure 3 can be by the structure of this packing chest 1 of inner support of this packing chest 1; and then can reach the shockproof effect of resistance to compression, load product in this packing chest 1 with protection.
See also shown in Fig. 3 A-C, longitudinally offer many traverse furrow A on this first lamellar body 31 in regular turn, those traverse furrows A is parallel each other.Those traverse furrows A comprises each end traverse furrow A1 at contiguous these first lamellar body, 31 two ends, and many middle traverse furrow A2 between between the traverse furrow A1 of those ends, and wherein, traverse furrow A2 in pairs in the middle of those.Being in those right middle traverse furrow A2 is opened on the same side of this first lamellar body 31, in this preferred embodiment, those traverse furrows A all is opened on the same side of this first lamellar body 31, but, be not limited to this during actual applying, those ends traverse furrow A1 also can be opened in corresponding in the middle of those on another side of side at traverse furrow A2 places, even, respectively this end traverse furrow A1 can be opened in respectively on two respective side of this first lamellar body 31, manufacturer can freely change the position of offering of those traverse furrows A on demand when producing this first lamellar body 31, close first Chen Ming.Two respective side on this second lamellar body 32 longitudinally offer a longitudinal furrow B respectively, and the position of adjacent central then offers a central traverse furrow C on the longitudinal edge of the 3rd lamellar body 33.
See also Fig. 3 A-C and shown in Figure 4, contiguous respectively two parts of this longitudinal furrow B on this second lamellar body 32, can be towards the same side direction turnover (along the turnover of the broken line shown in Fig. 3 B dotted line) of this second lamellar body 32, to form two compartment walls 321 of mutual correspondence, and order respectively this longitudinal furrow B is can be respectively corresponding with one of paired middle traverse furrow A2, so make this second lamellar body 32 and this first lamellar body 31 can mats respectively this longitudinal furrow B and respectively this centre traverse furrow A2 and mutual inlay card is combined into one.In this preferred embodiment, this second lamellar body 32 is folded into the tank shape structure of similar U font, and respectively this longitudinal furrow B lay respectively at this compartment walls 321 respectively the top side (namely, the open side of U font), when this second lamellar body 32 is combined into one with these first lamellar body, 31 mutual inlay cards, this first lamellar body 31 can be embedded among those longitudinal furrows B, and simultaneously, respectively this compartment walls 321 also can be embedded in respectively respectively among the traverse furrow A2 of this centre.Because this second lamellar body 32 is folded into the tank shape structure of similar U font, be different from the known practice, the configuration mode that dividing plate can free relative motion, the relative position that those compartment walls are 321 can be subjected to the restriction of bottom shape, therefore, can avoid those to separate the space distorted deformation.When this second lamellar body 32 is combined into one with these first lamellar body, 31 mutual inlay cards, and be placed into this packing chest 1(jointly as shown in Figure 2) when interior, the space that these second lamellar body, 32 formed U-shapeds and this packing chest 1 inwall center on, can be further by the part between between paired middle traverse furrow A2 on this first lamellar body 31, separate and be two and separate the space.
See also Fig. 3 A-C and shown in Figure 4 again, the traverse furrow C of these central authorities can see through corresponding the traverse furrow C of these central authorities and end traverse furrow A1 corresponding to arbitrary end traverse furrow A1 to make the 3rd lamellar body 33 and this first lamellar body 31, is combined into one by mutual inlay card.When the 3rd lamellar body 33 was combined into one with these first lamellar body, 31 mutual inlay cards, this first lamellar body 31 can be embedded among the traverse furrow C of these central authorities, and simultaneously, the 3rd lamellar body 33 also can be embedded among corresponding this end traverse furrow A1.
Hold, away from two parts of the traverse furrow C of these central authorities, can turn down towards the same side direction of the 3rd lamellar body 33, to form a hollow column 331 respectively on the 3rd lamellar body 33.In this preferred embodiment, two parts of the 3rd lamellar body 33, be converted into a hollow column 331 of quadrangular prism shape respectively along the broken line shown in Fig. 3 C dotted line, but, the utility model is not limited with shown in the drawing, and in other possible embodiments, two parts of the 3rd lamellar body 33 also can be converted into triangular prism or other forms, even be rolled to columniform hollow column 331, give explanation earlier.
See also Fig. 2 and shown in Figure 4 again, when those the 3rd lamellar bodies 33 are combined into one with these first lamellar body, 31 mutual inlay cards, and when being placed in this packing chest 1 jointly, those hollow columns 331 lay respectively at the corner in this packing chest 1, and can significantly improve the structural strength of this packing chest 1 by four corners of this packing chest 1 of inner support of this packing chest 1.So, even the operating personnel makes those packing chests 1 collide each other carrying, stacking in the process of those packing chests 1 accidentally, also can reduce those packing chests 1 distortion even damaged probability by the support of those hollow columns 331.
See also Fig. 2, Fig. 3 A-C and shown in Figure 4 again, in this preferred embodiment, the 3rd lamellar body 33 still offers two intercalation grooves 332, and respectively this intercalation groove 332 lays respectively on the 3rd lamellar body 33 both sides corresponding to the traverse furrow C of these central authorities; In addition, two regional areas of the 3rd lamellar body 33 are cut respectively and form an intercalation sheet 333, one end of this intercalation sheet 333 keeps being connected with the 3rd lamellar body 33, its other end then is a free end, respectively this intercalation sheet 333 lays respectively on the 3rd lamellar body 33 both sides corresponding to the traverse furrow C of these central authorities, and when two parts of the 3rd lamellar body 33 are folded into those hollow columns 331, respectively the position of this intercalation sheet 333 corresponds respectively to respectively this intercalation groove 332, with order respectively the free end of this intercalation sheet 333 can distinguish intercalation extremely respectively in this intercalation groove 332, and then make two parts of the 3rd lamellar body 33, can firmly be maintained the state that forms those hollow columns 331.In this preferred embodiment, respectively this intercalation groove 332 is positioned at the position of contiguous the 3rd lamellar body 33 ends, make this intercalation sheet 333 respectively then be positioned at position near the traverse furrow C of these central authorities, respectively the free end of this intercalation sheet 333 can be pushed against and be protruded from the surface of the 3rd lamellar body 33, when two parts of the 3rd lamellar body 33 are folded into this hollow column 331, respectively the free end of this intercalation sheet 333 can be by intercalation to the intercalation groove 332 on these hollow column 331 surfaces respectively, but, the utility model is not limited to this, in other possibilities embodiment of the present utility model, respectively this intercalation groove 332 also can be positioned at the position near the traverse furrow C of these central authorities, this intercalation sheet 333 is positioned at the position of vicinity the 3rd lamellar body 33 ends and make respectively, and when two parts of the 3rd lamellar body 33 are folded into this hollow column 331, respectively this intercalation sheet 333 can protrude from this hollow column 331 surfaces, and can be by intercalation to this intercalation groove 332 respectively.
See also Fig. 2 and shown in Figure 4 again, in this preferred embodiment, at those first, second and third lamellar bodies 31,32 and 33 mutual inlay cards and when being combined into one, the part of this more close end of traverse furrow A1, end respectively on this first lamellar body 31 can be turned down and is posted by on the side of the 3rd lamellar body 33.In addition, in this preferred embodiment, those hollow columns 331 are positioned on the 3rd lamellar body 33 back in the one side of this compartment walls 321, and can be 331 of those hollow columns, and 33 of this packing chest 1 and the 3rd lamellar bodies are common forms one and separate the space.Therefore, when this is organized vertical inner lining structure 3 and is mounted in this packing chest 1, the inner space of removing those hollow columns 331 is less, can't be in order to place outside the bigger product, most of space in this packing chest all can be used to load Related product, and then the most of space in this packing chest 1 is effectively utilized, significantly reduce the cost that transport point needs.
In sum as can be known, when this is organized vertical inner lining structure 3 and is mounted in this packing chest 1, can not only effectively utilize the most of space in this packing chest 1, in those first, second and third lamellar bodies 31,32 and 33 and this packing chest 1 inwall between form a plurality of spaces that separate, for loading Related product; In addition, because this second lamellar body 32 is folded into the tank shape structure of similar U font, its bottom surface can make the relative position of 321 of those compartment walls fix, and can avoid those to separate the space distorted deformation; Moreover, respectively the two adjacent corners of the 3rd lamellar body in this packing chest 1 this hollow column 331 of forming respectively, decapacitation possesses outside the good resistance to compression and antiknock quality this packing chest 1, further improve those and separated the stability of space structure, make it more be difficult for distorted deformation, and can significantly promote the work efficiency of package handling.
The above only is some preferred embodiments of the present utility model, but; technical characterictic of the present utility model is not limited thereto; all correlative technology field persons after considering technology contents of the present utility model in light of actual conditions, can think easily and equivalence change, all should not break away from protection category of the present utility model.
Claims (7)
1. the vertical inner lining structure of group that resistance to compression is shockproof is applied in the packing chest, it is characterized in that, comprising:
One first lamellar body, longitudinally offer many traverse furrows on it in regular turn, those traverse furrows are parallel each other, and comprise two end traverse furrows and many middle traverse furrows between between those end traverse furrows, wherein, in the middle of those traverse furrows in pairs, and traverse furrows are opened on the same side of this first lamellar body in the middle of paired those;
One second lamellar body, two respective side on it longitudinally offer a longitudinal furrow respectively, two parts of contiguous those longitudinal furrows on this second lamellar body, can be towards the same side direction turnover of this second lamellar body, forming two compartment walls of mutual correspondence, and order respectively this longitudinal furrow is can be respectively corresponding with one of paired middle traverse furrow, and then make this second lamellar body and this first lamellar body, can those longitudinal furrows of mat and traverse furrow in the middle of those, inlay card and being combined into one mutually; And
At least two the 3rd lamellar bodies, the adjacent central position offers a central traverse furrow on the one longitudinal edge, this central authorities' traverse furrow is corresponding to arbitrary end traverse furrow, to make the 3rd lamellar body and this first lamellar body, can mat this central authorities' traverse furrow and this end traverse furrow of correspondence, inlay card and being combined into one mutually, on the 3rd lamellar body away from two parts of this central authorities' traverse furrow, can be towards the same side direction turnover of the 3rd lamellar body, to form a hollow column respectively.
2. as claimed in claim 1 group of vertical inner lining structure is characterized in that, those first, second and third lamellar bodies are made by tool crushing resistance and the material that can roll over.
3. as claimed in claim 2 group of vertical inner lining structure is characterized in that, when being combined into one when the mutual inlay card of those first, second and third lamellar bodies, those hollow columns are positioned on the 3rd lamellar body back in the one side of this compartment walls.
4. as claim 2 or 3 described groups of vertical inner lining structures, it is characterized in that two parts of this more close end of traverse furrow, end respectively on this first lamellar body can be turned down and be posted by on the side of the 3rd lamellar body.
5. as claimed in claim 4 group of vertical inner lining structure is characterized in that, the 3rd lamellar body also comprises:
Two intercalation grooves are opened on the 3rd lamellar body both sides corresponding to this central authorities' traverse furrow respectively; And
Two intercalation sheets, cut respectively by two regional areas of the 3rd lamellar body and to form, one end of this intercalation sheet keeps being connected with the 3rd lamellar body, its other end then is a free end, respectively this intercalation sheet lays respectively on the 3rd lamellar body both sides corresponding to this central authorities' traverse furrow, and when two parts of the 3rd lamellar body were folded into those hollow columns, respectively the position of this intercalation sheet corresponded respectively to the respectively position of this intercalation groove, with order respectively the free end of this intercalation sheet can distinguish intercalation extremely respectively in this intercalation groove.
6. as claimed in claim 5 group of vertical inner lining structure, it is characterized in that, respectively this intercalation groove is positioned at the position of contiguous the 3rd end of body, respectively this intercalation sheet then is positioned at the position near this central authorities' traverse furrow, respectively the free end of this intercalation sheet can be pushed against and be protruded from the surface of the 3rd lamellar body, and when two parts of the 3rd lamellar body were folded into this hollow column, respectively the free end of this intercalation sheet can be by intercalation to the intercalation groove of this hollow columnar surface respectively.
7. as claimed in claim 5 group of vertical inner lining structure, it is characterized in that, respectively this intercalation groove is positioned at the position near this central authorities' traverse furrow, respectively this intercalation sheet then is positioned at the position of contiguous the 3rd end of body, when two parts of the 3rd lamellar body are folded into this hollow column, respectively this intercalation sector-meeting protrudes from this hollow columnar surface, and can be by intercalation to this intercalation groove respectively.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320021522 CN203173113U (en) | 2013-01-16 | 2013-01-16 | Compression-resistance shock-proof vertical-type lining structure |
| TW102205311U TWM456346U (en) | 2013-01-16 | 2013-03-22 | Pressure-resistant anti-shock assembly-type partition structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320021522 CN203173113U (en) | 2013-01-16 | 2013-01-16 | Compression-resistance shock-proof vertical-type lining structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203173113U true CN203173113U (en) | 2013-09-04 |
Family
ID=49069852
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320021522 Expired - Fee Related CN203173113U (en) | 2013-01-16 | 2013-01-16 | Compression-resistance shock-proof vertical-type lining structure |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN203173113U (en) |
| TW (1) | TWM456346U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103466200A (en) * | 2013-09-26 | 2013-12-25 | 四川新希望乳业有限公司 | Inner lining of packing case |
-
2013
- 2013-01-16 CN CN 201320021522 patent/CN203173113U/en not_active Expired - Fee Related
- 2013-03-22 TW TW102205311U patent/TWM456346U/en not_active IP Right Cessation
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103466200A (en) * | 2013-09-26 | 2013-12-25 | 四川新希望乳业有限公司 | Inner lining of packing case |
Also Published As
| Publication number | Publication date |
|---|---|
| TWM456346U (en) | 2013-07-01 |
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| 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: 20130904 Termination date: 20180116 |