CN204725971U - A kind of withstand voltage corrugated board - Google Patents
A kind of withstand voltage corrugated board Download PDFInfo
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- CN204725971U CN204725971U CN201520330024.3U CN201520330024U CN204725971U CN 204725971 U CN204725971 U CN 204725971U CN 201520330024 U CN201520330024 U CN 201520330024U CN 204725971 U CN204725971 U CN 204725971U
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- corrugating media
- regular hexagon
- corrugated paper
- corrugated
- rectangle
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Abstract
The utility model proposes a kind of withstand voltage corrugated board, comprise: first surface ply of paper, the second facial tissue layer and the corrugated layer be arranged between two facial tissue layers, corrugated layer comprises: regular hexagon corrugating media and rectangle corrugating media, two drift angles of regular hexagon corrugating media symmetry are pasted onto on first surface ply of paper and the second facial tissue layer respectively, and rectangle corrugating media does not contact with the second facial tissue layer with first surface ply of paper; Regular hexagon corrugating media comprises the multiple hollow regular hexagon corrugated paper block reeled by single-faced corrugated paper, rectangle corrugating media comprises the multiple empty quadrilateral corrugated paper blocks reeled by single-faced corrugated paper, regular hexagon corrugating media and rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks at interval of one or more hollow regular hexagon corrugated paper blocks.Compared with prior art, withstand voltage corrugated board of the present utility model, it is few that it has corrugated board materials, the advantage that withstand voltage properties is high.
Description
Technical field
The utility model relates to the manufacture field of Packaging Box, is specifically related to a kind of withstand voltage corrugated board.
Background technology
Corrugated paper is applied very wide at present in paper product external packing, have that processing is simple, light quality, strong hardness are comparatively large, be easy to the plurality of advantages such as storage, more and more be subject to the welcome of external packing enterprise, be commercially widely used in the splendid attire to food or digital product, storage and transport.
The corrugated board be made up of corrugated paper, in order to increase shockproof properties and resistance to punching performance, corrugated paper is generally provided with multilayer, and centre core paper separates, and makes to stick with glue shaping between corrugated multilayer.For the corrugated board for special article storage, transport, normally increase the number of plies to five layer of corrugated paper, the paperboard structures such as seven layers, obviously along with the thickness of corrugated board increases, the intensity of corrugated board is also larger, but this mode increasing resistance to punching press by increasing the corrugated paper number of plies not only wastes resource, also reduces the space being used for packaging product.
Utility model content
The purpose of this utility model is to provide a kind of withstand voltage corrugated board, and less corrugated paper can be used to reach the intensity can bearing extraneous certain impact.
In order to achieve the above object, the utility model adopts such technical scheme:
A kind of withstand voltage corrugated board, comprise: first surface ply of paper, the second facial tissue layer and the corrugated layer be arranged between two facial tissue layers, described corrugated layer, comprise: regular hexagon corrugating media and rectangle corrugating media, two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described first surface ply of paper and described second facial tissue layer respectively, and described rectangle corrugating media does not contact with described second facial tissue layer with described first surface ply of paper;
Described regular hexagon corrugating media comprises the multiple hollow regular hexagon corrugated paper block reeled by single-faced corrugated paper, described rectangle corrugating media comprises the multiple empty quadrilateral corrugated paper blocks reeled by single-faced corrugated paper, described regular hexagon corrugating media and described rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks at interval of one or more hollow regular hexagon corrugated paper blocks.
Wherein, described rectangle corrugating media is specially square corrugating media, described square corrugating media comprises the multiple open squares corrugated paper blocks reeled by single-faced corrugated paper, and the length of side of described open squares corrugated paper block is identical with described hollow regular hexagon corrugated paper block.
Wherein, described rectangle corrugating media is specially rectangle corrugating media, described rectangle corrugating media comprises the multiple hollow rectangle corrugated paper block reeled by single-faced corrugated paper, and the length of side on limit that described hollow rectangle corrugated paper block contacts with described hollow regular hexagon corrugated paper block is identical with described hollow regular hexagon corrugated paper block.
Wherein, each described hollow regular hexagon corrugated paper block and a described empty quadrilateral corrugated paper block are pasted together.
Wherein, described first surface ply of paper is pasted with round and smooth extension limit with the position relative with the drift angle of described regular hexagon corrugating media on described second facial tissue layer, and two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described round and smooth extension limit respectively.
Wherein, the extexine of described first surface ply of paper is bonded with printed layers by sticky agent.
Wherein, the extexine of described second facial tissue layer is bonded with watertight composition by sticky agent.
After adopting technique scheme, the withstand voltage corrugated board that the utility model provides comprises: first surface ply of paper, the second facial tissue layer and the corrugated layer be arranged between two facial tissue layers, described corrugated layer, comprise: regular hexagon corrugating media and rectangle corrugating media, two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described first surface ply of paper and described second facial tissue layer respectively, and described rectangle corrugating media does not contact with described second facial tissue layer with described first surface ply of paper; Described regular hexagon corrugating media comprises the multiple hollow regular hexagon corrugated paper block reeled by single-faced corrugated paper, described rectangle corrugating media comprises the multiple empty quadrilateral corrugated paper blocks reeled by single-faced corrugated paper, described regular hexagon corrugating media and described rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks at interval of one or more hollow regular hexagon corrugated paper blocks.In the utility model, corrugated layer has the regular hexagon corrugating media and rectangle corrugating media that are alternately arranged, regular hexagon corrugating media and first surface ply of paper and the second facial tissue layer are pasted, regular hexagon corrugating media conducts extraneous surge by first surface ply of paper and the second facial tissue layer, regular hexagon corrugating media self can bear certain surge, again because regular hexagon corrugating media and rectangle corrugating media are staggered, regular hexagon corrugating media also can to the transmission of rectangle corrugating media after receiving extraneous surge, rectangle corrugating media self can bear certain surge, in addition because rectangle corrugating media does not contact with the second facial tissue layer with first surface ply of paper, rectangle corrugating media is suspended between first surface ply of paper and the second facial tissue layer, it can play larger elastic force, also extraneous surge can be consumed, therefore the withstand voltage corrugated board that the utility model provides utilizes fully to the damping performance of corrugated paper, do not need to use the corrugated paper of multilayer just can play very large anti-seismic performance and impact resistance, less to raw-material use, its production cost is lower.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model;
Fig. 2 is the another kind of structural representation of another embodiment of the utility model;
Fig. 3-a is the another kind of structural representation of another embodiment of the utility model;
Fig. 3-b is the another kind of structural representation of another embodiment of the utility model;
Fig. 4 is the another kind of structural representation of another embodiment of the utility model;
Fig. 5 is the another kind of structural representation of another embodiment of the utility model.
Detailed description of the invention
In order to explain the technical solution of the utility model further, be described in detail below by specific embodiment.
As shown in Figure 1, a kind of withstand voltage corrugated board, comprise: first surface ply of paper 101, second facial tissue layer 102 and the corrugated layer 103 be arranged between two facial tissue layers, described corrugated layer 103, comprise: regular hexagon corrugating media 1031 and rectangle corrugating media 1032, two drift angle 1031a of described regular hexagon corrugating media 1031 symmetry are pasted onto on described first surface ply of paper 101 and described second facial tissue layer 102 respectively, and described rectangle corrugating media 1032 does not contact with described second facial tissue layer 102 with described first surface ply of paper 101;
As shown in Figure 1, described regular hexagon corrugating media 1031 comprises the multiple hollow regular hexagon corrugated paper block 10311 reeled by single-faced corrugated paper, described rectangle corrugating media 1032 comprises the multiple empty quadrilateral corrugated paper blocks 10321 reeled by single-faced corrugated paper, described regular hexagon corrugating media and described rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks 10321 at interval of one or more hollow regular hexagon corrugated paper blocks 10311.
In the utility model embodiment, regular hexagon corrugating media 1031 comprises multiple hollow regular hexagon corrugated paper block 10311, rectangle corrugating media 1032 also comprises multiple empty quadrilateral corrugated paper block 10321, hollow regular hexagon corrugated paper block 10311 and empty quadrilateral corrugated paper block 10321 are spaced, such as, in Fig. 1, the described hollow regular hexagon corrugated paper block 10311 of each and a described empty quadrilateral corrugated paper block 10321 are pasted together, namely in the withstand voltage corrugated board provided at the utility model, as shown in Figure 1, from left to right, an empty quadrilateral corrugated paper block 10321 is pasted with after a hollow regular hexagon corrugated paper block 10311, hollow regular hexagon corrugated paper block 10311 arranges completely one to one with empty quadrilateral corrugated paper block 10321, in this case, hollow regular hexagon corrugated paper block 10311 is for conducting extraneous surge, hollow regular hexagon corrugated paper block 10311 can bear certain surge with empty quadrilateral corrugated paper block 10321, and the unsettled design of empty quadrilateral corrugated paper block 10321 between first surface ply of paper 101 and the second facial tissue layer 102, allow empty quadrilateral corrugated paper block 10321 can shake up and down to digest extraneous surge, or left and right concussion is to transmit extraneous surge, according to the withstand voltage corrugated board that the utility model example provides, do not need the corrugated paper of multilayer just can bear in prior art the foreign impacts power needing plurality of layers corrugated paper just can bear, withstand voltage good with damping performance.
As shown in Figure 2, for the withstand voltage corrugated board of another kind that the utility model provides, different from Fig. 1, the hollow regular hexagon corrugated paper block 10311 of each is no longer pasted with an empty quadrilateral corrugated paper block 10321, but two empty quadrilateral corrugated paper blocks 10321 are configured with after a hollow regular hexagon corrugated paper block 10311, a hollow regular hexagon corrugated paper block 10311 is configured again after two empty quadrilateral corrugated paper blocks 10321, under this implementation, withstand voltage corrugated board also can play withstand voltage and cushioning effect, this design is different from mode described in Fig. 1, what do not limit in addition is, according to the implementation of aforementioned citing, the design of multiple hollow regular hexagon corrugated paper block and empty quadrilateral corrugated paper block can also be had, illustrate no longer one by one herein.
In some embodiments of the application, wherein, described rectangle corrugating media is specially square corrugating media, described square corrugating media comprises the multiple open squares corrugated paper blocks reeled by single-faced corrugated paper, and the length of side of described open squares corrugated paper block is identical with described hollow regular hexagon corrugated paper block.That is, rectangle corrugating media can be specifically be made up of multiple open squares corrugated paper block, each length of side of open squares corrugated paper block is identical, when open squares corrugated paper block and hollow regular hexagon corrugated paper block are pasted, the length of side of open squares corrugated paper block is identical with hollow regular hexagon corrugated paper block, in this case, is more convenient for the processing of Corrugating Machine, technological forming difficulty is little, and working (machining) efficiency is high.
In some embodiments of the application, wherein, described rectangle corrugating media is specially rectangle corrugating media, described rectangle corrugating media comprises the multiple hollow rectangle corrugated paper block reeled by single-faced corrugated paper, and the length of side on limit that described hollow rectangle corrugated paper block contacts with described hollow regular hexagon corrugated paper block is identical with described hollow regular hexagon corrugated paper block.Wherein, hollow regular hexagon corrugated paper block comprises two vertical limits, one of them limit of what then hollow rectangle corrugated paper block contacted with hollow regular hexagon corrugated paper block is hollow rectangle corrugated paper block, the limit then contacted is identical with hollow regular hexagon corrugated paper block, is convenient to hollow rectangle corrugated paper block and hollow regular hexagon corrugated paper block is pasted together.
In some embodiments of the application, as shown in Fig. 3-a and shown in Fig. 3-b, Fig. 3-b is the close-up schematic view of Fig. 3-a, wherein, described first surface ply of paper 101 is pasted with round and smooth extension limit 104 with the position relative with the drift angle 1031a of described regular hexagon corrugating media 1031 on described second facial tissue layer 102, and two drift angle 1031a of described regular hexagon corrugating media 1031 symmetry are pasted onto on described round and smooth extension limit 104 respectively.The drift angle of regular hexagon corrugating media can be avoided under foreign impacts to the breakage that first surface ply of paper and the second facial tissue layer cause by round and smooth extension limit, also can slow down foreign impacts power to a certain extent.The drift angle of round and smooth extension limit and regular hexagon corrugating media is pasted together; the round and smooth extension limit drift angle that can bear regular hexagon corrugating media is to the punching press of first surface ply of paper and the second facial tissue layer; the appearance of protection first surface ply of paper and the second facial tissue layer is smooth; contribute to the packaging class promoting withstand voltage corrugated board, the elasticity that round and smooth extension limit has also can resist extraneous surge.
Wherein, as shown in Figure 4, the extexine of first surface ply of paper 101 is bonded with printed layers 105 by sticky agent, and printed layers can be used for print product title and pattern, plays effect that is attractive in appearance and publicity product.
Wherein, as shown in Figure 5, in order to realize the moistureproof and waterproof performance of this antidetonation corrugated board, the extexine of the second facial tissue layer 102 is bonded with watertight composition 106 by sticky agent, watertight composition can be specifically plastic sheeting, and it has water resistance, makes antidetonation corrugated board can be used for the moistureproof packing of product of needs.
After adopting technique scheme, the withstand voltage corrugated board that the utility model provides comprises: first surface ply of paper, the second facial tissue layer and the corrugated layer be arranged between two facial tissue layers, described corrugated layer, comprise: regular hexagon corrugating media and rectangle corrugating media, two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described first surface ply of paper and described second facial tissue layer respectively, and described rectangle corrugating media does not contact with described second facial tissue layer with described first surface ply of paper; Described regular hexagon corrugating media comprises the multiple hollow regular hexagon corrugated paper block reeled by single-faced corrugated paper, described rectangle corrugating media comprises the multiple empty quadrilateral corrugated paper blocks reeled by single-faced corrugated paper, described regular hexagon corrugating media and described rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks at interval of one or more hollow regular hexagon corrugated paper blocks.In the utility model, corrugated layer has the regular hexagon corrugating media and rectangle corrugating media that are alternately arranged, regular hexagon corrugating media and first surface ply of paper and the second facial tissue layer are pasted, regular hexagon corrugating media conducts extraneous surge by first surface ply of paper and the second facial tissue layer, regular hexagon corrugating media self can bear certain surge, again because regular hexagon corrugating media and rectangle corrugating media are staggered, regular hexagon corrugating media also can to the transmission of rectangle corrugating media after receiving extraneous surge, rectangle corrugating media self can bear certain surge, in addition because rectangle corrugating media does not contact with the second facial tissue layer with first surface ply of paper, rectangle corrugating media is suspended between first surface ply of paper and the second facial tissue layer, it can play larger elastic force, also extraneous surge can be consumed, therefore the withstand voltage corrugated board that the utility model provides utilizes fully to the damping performance of corrugated paper, do not need to use the corrugated paper of multilayer just can play very large anti-seismic performance and impact resistance, less to raw-material use, its production cost is lower.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out suitable change or the modification of similar thinking to it, all should be considered as not departing from patent category of the present utility model.
Claims (7)
1. a withstand voltage corrugated board, comprising: first surface ply of paper, the second facial tissue layer and the corrugated layer be arranged between two facial tissue layers, is characterized in that,
Described corrugated layer, comprise: regular hexagon corrugating media and rectangle corrugating media, two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described first surface ply of paper and described second facial tissue layer respectively, and described rectangle corrugating media does not contact with described second facial tissue layer with described first surface ply of paper;
Described regular hexagon corrugating media comprises the multiple hollow regular hexagon corrugated paper block reeled by single-faced corrugated paper, described rectangle corrugating media comprises the multiple empty quadrilateral corrugated paper blocks reeled by single-faced corrugated paper, described regular hexagon corrugating media and described rectangle corrugating media are staggered, and are pasted with one or more empty quadrilateral corrugated paper blocks at interval of one or more hollow regular hexagon corrugated paper blocks.
2. the withstand voltage corrugated board of one according to claim 1, it is characterized in that, described rectangle corrugating media is specially square corrugating media, described square corrugating media comprises the multiple open squares corrugated paper blocks reeled by single-faced corrugated paper, and the length of side of described open squares corrugated paper block is identical with described hollow regular hexagon corrugated paper block.
3. the withstand voltage corrugated board of one according to claim 1, it is characterized in that, described rectangle corrugating media is specially rectangle corrugating media, described rectangle corrugating media comprises the multiple hollow rectangle corrugated paper block reeled by single-faced corrugated paper, and the length of side on limit that described hollow rectangle corrugated paper block contacts with described hollow regular hexagon corrugated paper block is identical with described hollow regular hexagon corrugated paper block.
4. the withstand voltage corrugated board of one according to claim 1, is characterized in that, the described hollow regular hexagon corrugated paper block of each and a described empty quadrilateral corrugated paper block are pasted together.
5. the withstand voltage corrugated board of one according to claim 1, it is characterized in that, described first surface ply of paper is pasted with round and smooth extension limit with the position relative with the drift angle of described regular hexagon corrugating media on described second facial tissue layer, and two drift angles of described regular hexagon corrugating media symmetry are pasted onto on described round and smooth extension limit respectively.
6. the withstand voltage corrugated board of one according to claim 1, is characterized in that, the extexine of described first surface ply of paper is bonded with printed layers by sticky agent.
7. the withstand voltage corrugated board of one according to claim 1, is characterized in that, the extexine of described second facial tissue layer is bonded with watertight composition by sticky agent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330024.3U CN204725971U (en) | 2015-05-21 | 2015-05-21 | A kind of withstand voltage corrugated board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330024.3U CN204725971U (en) | 2015-05-21 | 2015-05-21 | A kind of withstand voltage corrugated board |
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| Publication Number | Publication Date |
|---|---|
| CN204725971U true CN204725971U (en) | 2015-10-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520330024.3U Expired - Fee Related CN204725971U (en) | 2015-05-21 | 2015-05-21 | A kind of withstand voltage corrugated board |
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| Country | Link |
|---|---|
| CN (1) | CN204725971U (en) |
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- 2015-05-21 CN CN201520330024.3U patent/CN204725971U/en not_active Expired - Fee Related
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Legal Events
| 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: 20151028 Termination date: 20190521 |