CN203005909U - 360-degree bidirectional overturning packing box - Google Patents
360-degree bidirectional overturning packing box Download PDFInfo
- Publication number
- CN203005909U CN203005909U CN 201220717294 CN201220717294U CN203005909U CN 203005909 U CN203005909 U CN 203005909U CN 201220717294 CN201220717294 CN 201220717294 CN 201220717294 U CN201220717294 U CN 201220717294U CN 203005909 U CN203005909 U CN 203005909U
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- line
- square bottom
- turn
- oblong
- turnover bar
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- 238000012856 packing Methods 0.000 title claims abstract description 36
- 230000002457 bidirectional effect Effects 0.000 title claims abstract description 30
- 230000007306 turnover Effects 0.000 claims abstract description 89
- 230000001427 coherent effect Effects 0.000 claims description 40
- 239000003292 glue Substances 0.000 description 5
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000007613 environmental effect Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 238000005728 strengthening Methods 0.000 description 1
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Abstract
The utility model discloses a 360-degree bidirectional overturning packing box which comprises a rectangular body and a triangular body. The triangular body comprises a square bottom I, a triangular support I is arranged on a left side of the square bottom I, a triangular support II is arranged on a right side of the square bottom I, and a rectangular sustaining part I is arranged on an upper side of the square bottom I. The lower side of the square bottom I is fixedly connected with a narrow turnover strip I. The rectangular body comprises a square bottom II, a rectangular support I is arranged on a left side of the square bottom II, and a rectangular support II is arranged on a right side of the square bottom II. A rectangular sustaining part II is arranged on a lower side of the square bottom II. The upper side of the square bottom II is fixedly connected with the narrow turnover strip I.
Description
Technical field
The present invention relates to a kind of container package box, especially a kind of 360 ° of bidirectional turning formula packing boxes.
Background technology
Although now, the packing box of various materials has been arranged on the market, its unfolding mode is all but machine-made straight-opening type, no matter be, very large improvement space is being arranged on packaging structure or in packing and decorating.Along with packing is more and more general, universal packing box does not all too have characteristic and expensive on the market.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of 360 ° of bidirectional turning formula packing boxes of convenient combination.
In order to solve the problems of the technologies described above, the invention provides a kind of 360 ° of bidirectional turning formula packing boxes, comprise oblong body and triangular body; Interconnect by narrow turnover bar I between described oblong body and triangular body.
As the improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: described triangular body comprises the square bottom I, the left side of described square bottom I is provided with triangular support section I, the right side of described square bottom I is provided with triangular support section II, and the upside of described square bottom I is provided with oblong support sector I; The downside of described square bottom I and narrow turnover bar I are fixedly connected; Described oblong body comprises the square bottom II, and the left side of described square bottom II is provided with oblong support portion I, and the right side of described square bottom II is provided with oblong support portion II; The downside of described square bottom II is provided with oblong support sector II; The upside of described square bottom II and narrow turnover bar I are fixedly connected.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: the corner of described oblong support portion I and oblong support portion II is rounding.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: the left side of described oblong support sector I is provided with triangle coherent mass I, and the right side of described oblong support sector I is provided with triangle coherent mass II; The left side of described oblong support sector II is provided with oblong coherent mass I, and the right side of described oblong support sector II is provided with oblong coherent mass II.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: the downside of described oblong support sector II is provided with wide turnover bar, and the lower end of described wide turnover bar is provided with wide turnover bar coherent mass.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: the right side of described narrow turnover bar I is provided with narrow turnover bar II; Described narrow turnover bar II one end is captiveed joint with the square bottom I, and an other end of narrow turnover bar II is captiveed joint with the square bottom II.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: be provided with forward turn-line I between described square bottom I and triangular support section I; Be provided with forward turn-line II between described square bottom I and triangular support section II; Be provided with forward turn-line V between described oblong support sector's II and wide turnover bar; Be provided with forward turn-line VI on described wide turnover bar; Be provided with forward turn-line X between described square bottom I and oblong support sector I; Be provided with reverse turn-line I on described narrow turnover bar I; Be provided with reverse turn-line II on described narrow turnover bar II; Be provided with reverse turn-line III between described square bottom II and oblong support portion I; Be provided with reverse turn-line IV between described square bottom II and oblong support portion II; Be provided with reverse turn-line V between described square bottom II and oblong support sector II; Be provided with reverse turn-line IX between described square bottom I and narrow turnover bar I; Be provided with reverse turn-line VIII between described square bottom I and narrow turnover bar II; Be provided with positive and negative two-way turn-line II between described square bottom II and narrow turnover bar I; Be provided with positive and negative two-way turn-line I between described square bottom II and narrow turnover bar II.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: be provided with forward turn-line III between described oblong support sector's I and triangle coherent mass I; Be provided with forward turn-line IV between described oblong support sector's I and triangle coherent mass II; Be provided with forward turn-line VII between described wide turnover bar and wide turnover bar coherent mass; Be provided with reverse turn-line VII between described oblong support sector's II and oblong coherent mass I; Be provided with reverse turn-line VI between described oblong support sector's II and oblong coherent mass II.
As the further improvement to 360 ° of bidirectional turning formula packing boxes of the present invention: described reverse turn-line VIII with oppositely between the turn-line II distance at interval equate with the length of side of square bottom I; Described reverse turn-line IX with oppositely between the turn-line I distance at interval equate with the length of side of square bottom I; Described forward turn-line VIII with oppositely between the turn-line II distance at interval equate with the width edge length of oblong support sector I; Described forward turn-line IX with oppositely between the turn-line I distance at interval equate with the width edge length of oblong support sector I; Between described forward turn-line V and forward turn-line VI, the distance at interval equates with the width edge length of oblong support sector II; Between described forward turn-line VI and forward turn-line VII, the distance at interval equates with the length of side of square bottom II.
360 ° of bidirectional turning formula packing box structures of the present invention are simple; easy to assembly; keeping cheaply simultaneously; utilize fully the advantage of new structure; interest and intention when strengthening the packing unlatching; make be packaged in protection and show and all unified, also more be rich in intension when being packaged to be protection.Have practicality, interest, with low cost, make simple, structure is ingenious, easy to loading and unloading, the characteristics of a paper moulding and environmental protection.
And obsolete the time, only need through simple dismounting, just whole 360 ° of bidirectional turning formula packing boxes can be launched completely, by 360 ° of bidirectional turning formula packing boxes are launched completely, can conveniently transport, and transport by the mode of launching fully, also can avoid packing box to be squeezed in the process of transportation or otherwise factor and damaging.Simple and have the assembling process of entertaining, can bring good starting to experience to the user.
Description of drawings
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.
Fig. 1 is the planar structure schematic diagram of 360 ° of bidirectional turning formula packing boxes of the present invention;
Fig. 2 is that Fig. 1 assembles the perspective view after completing;
A kind of morphosis schematic diagram of Fig. 3 Fig. 2;
Another morphosis schematic diagram of Fig. 4 Fig. 2.
The specific embodiment
Embodiment 1, Fig. 1 ~ Fig. 4 have provided a kind of 360 ° of bidirectional turning formula packing boxes, comprise oblong body and triangular body; Triangular body comprises square bottom I 51, and the left side of square bottom I 51 is fixed with triangular support section I 61, and the right side of square bottom I 51 is fixed with triangular support section II 62, and the upside of square bottom I 51 is fixed with oblong support sector I 41.The oblong body comprises square bottom II 52, and the left side of square bottom II 52 is fixed with oblong support portion I 31, and the right side of square bottom II 52 is fixed with oblong support portion II 32; The downside of square bottom II 52 is fixed with oblong support sector II 42.when becoming box body due to the plane complete combination when 360 ° of bidirectional turning formula packing boxes of the present invention, oblong support portion I 31 in the oblong body and oblong support portion II 32 need to snap in triangular body, but because if the corner of oblong support portion I 31 and oblong support portion II 32 is the right angle, be easy to flange, even sharp-pointed right angle may damage triangular support section I 61 and the triangular support section II 62 of triangular body in addition, so rounding all is arranged in the corner of oblong support portion I 31 and oblong support portion II 32, avoid oblong support portion I 31 and oblong support portion II 32 because the corner is sharp-pointed angle, and the damage box body.Be connected with narrow turnover bar II 72 by narrow turnover bar I 71 respectively between square bottom I 51 and square bottom II 52, concrete is: the downside of square bottom I 51 is captiveed joint with the upper end of narrow turnover bar II 72 with narrow turnover bar I 71 respectively, and the upside of square bottom II 52 is captiveed joint with the lower end of narrow turnover bar II 72 with narrow turnover bar I 71 respectively.
The left side of oblong support sector I 41 is fixed with triangle coherent mass I 411, and the right side of oblong support sector I 41 is fixed with triangle coherent mass II 412.The left side of oblong support sector II 42 is fixed with oblong coherent mass I 421, and the right side of oblong support sector II 42 is fixed with oblong coherent mass II 422.The downside of oblong support sector II 42 is fixed with wide turnover bar 8, and the lower end of wide turnover bar 8 is fixed with wide turnover bar coherent mass 801.
Be provided with forward turn-line I 11 between square bottom I 51 and triangular support section I 61; Be provided with forward turn-line II 12 between square bottom I 51 and triangular support section II 62; Be provided with forward turn-line III 13 between oblong support sector I 41 and triangle coherent mass I 411; Be provided with forward turn-line IV 14 between oblong support sector I 41 and triangle coherent mass II 412; Be provided with forward turn-line V 15 between oblong support sector II 42 and wide turnover bar 8; Be provided with forward turn-line VI 16 on wide turnover bar 8; Be provided with forward turn-line VII 17 between wide turnover bar 8 and wide turnover bar coherent mass 801; Be provided with forward turn-line X 20 between square bottom I 51 and oblong support sector I 41.
Be provided with positive and negative two-way turn-line II 19 between square bottom II 52 and narrow turnover bar I 71; Be provided with positive and negative two-way turn-line I 18 between square bottom II 52 and narrow turnover bar II 72.
Be provided with reverse turn-line I 21 on narrow turnover bar I 71; Be provided with reverse turn-line II 22 on narrow turnover bar II 72; Be provided with reverse turn-line III 23 between square bottom II 52 and oblong support portion I 31; Be provided with reverse turn-line IV 24 between square bottom II 52 and oblong support portion II 32; Be provided with reverse turn-line V 25 between square bottom II 52 and oblong support sector II 42; Be provided with reverse turn-line VII 27 between oblong support sector II 42 and oblong coherent mass I 421; Be provided with reverse turn-line VI 26 between oblong support sector II 42 and oblong coherent mass II 422; Be provided with reverse turn-line IX 29 between square bottom I 51 and narrow turnover bar I 71; Be provided with reverse turn-line VIII 28 between square bottom I 51 and narrow turnover bar II 72.
Oppositely between turn-line VIII 28 and reverse turn-line II 22, the distance at interval equates with the length of side of square bottom I 51; Oppositely between turn-line IX 29 and reverse turn-line I 21, the distance at interval equates with the length of side of square bottom I 51; Forward turn-line VIII 18 with oppositely between turn-line II 22 distance at interval equate with the width edge length of oblong support sector I 41; Forward turn-line IX 19 with oppositely between turn-line I 21 distance at interval equate with the width edge length of oblong support sector I 41; Between forward turn-line V 15 and forward turn-line VI 16, the distance at interval equates with the width edge length of oblong support sector II 42; Between forward turn-line VI 16 and forward turn-line VII 17, the distance at interval equates with the length of side of square bottom II 52.
In the time of concrete the use, step is as follows:
One, the turnover of triangular body:
1.1, with between square bottom I 51 and oblong support sector I 41 by the 20 forwards turnovers of forward turn-line X;
1.2, with between square bottom I 51 and triangular support section I 61 by the 11 forwards turnovers of forward turn-line I;
1.3, with between square bottom I 51 and triangular support section II 62 by the 12 forwards turnovers of forward turn-line II;
1.4, will be between oblong support sector's I 41 and triangle coherent mass I 411 by the 13 forwards turnovers of forward turn-line III;
1.5, will be between oblong support sector's I 41 and triangle coherent mass II 412 by the 14 forwards turnovers of forward turn-line IV;
Two, triangular body is fixing:
2.1, with triangle coherent mass II 412 and triangular support section II 62 interfix (passing through glue);
2.2, with triangle coherent mass I 411 and triangular support section I 61 interfix (passing through glue);
Three, the turnover of oblong body:
3.1, will oppositely turn down by reverse turn-line III 23 between square bottom II 52 and oblong support portion I 31;
3.2, will oppositely turn down by reverse turn-line IV 24 between square bottom II 52 and oblong support portion II 32;
3.3, will oppositely turn down by reverse turn-line V 25 between square bottom II 52 and oblong support sector II 42;
3.4 will oppositely turn down by reverse turn-line VII 27 between oblong support sector's II 42 and oblong coherent mass I 421;
3.5 will oppositely turn down by reverse turn-line VI 26 between oblong support sector's II 42 and oblong coherent mass II 422;
Four, the oblong body is fixing:
4.1, with oblong coherent mass II 422 and oblong support portion II 32 interfix (passing through glue);
4.1, with oblong coherent mass I 421 and oblong support portion I 31 interfix (passing through glue);
Five, the turnover of narrow turnover bar I 71, narrow turnover bar II 72 and wide turnover bar 8:
5.1, will be between oblong support sector's II 42 and wide turnover bar 8 by the 15 forwards turnovers of forward turn-line V;
5.2, with wide turnover bar 8 by the 16 forwards turnovers of forward turn-line VI;
5.3, will be between wide turnover bar 8 and wide turnover bar coherent mass 801 by the 17 forwards turnovers of forward turn-line VII;
Six, form box body:
6.1, will oppositely turn down by reverse turn-line IX 29 between square bottom I 51 and narrow turnover bar I 71, will oppositely turn down by reverse turn-line VIII 28 between square bottom I 51 and narrow turnover bar II 72;
6.2, will oppositely turn down by reverse turn-line I 21 between narrow turnover bar I 71, will oppositely turn down by reverse turn-line II 22 between narrow turnover bar II 72;
6.3, will oppositely turn down by positive and negative two-way turn-line II 19 between square bottom II 52 and narrow turnover bar I 71, will oppositely turn down by positive and negative two-way turn-line I 18 between square bottom II 52 and narrow turnover bar II 72;
6.4, with wide turnover bar coherent mass 801 and oblong support sector I 41 interfix (passing through glue).
At this moment, at the bottom of square bottom II 52 was box, square bottom I 51 was lid; Open and close by positive and negative two-way turn-line II 19 and positive and negative two-way turn-line I 18 between square bottom II 52 and square bottom I 51, interfix by wide turnover bar 8 and oblong support sector I 41 again, increase the Joint strenght between square bottom II 52 and square bottom I 51, when guaranteeing that 360 ° of bidirectional turning formula packing boxes of the present invention use, square bottom II 52 and square bottom I 51 can directly can't not used because of the fracture of narrow turnover bar I 71 and narrow turnover bar II 72.
At last, it is also to be noted that, what more than enumerate is only a specific embodiment of the present invention.Obviously, the invention is not restricted to above embodiment, many distortion can also be arranged.All distortion that those of ordinary skill in the art can directly derive or associate from content disclosed by the invention all should be thought protection scope of the present invention.
Claims (9)
1.360 ° bidirectional turning formula packing box; It is characterized in that: comprise oblong body and triangular body;
Interconnect by narrow turnover bar I (71) between described oblong body and triangular body.
2. 360 ° of bidirectional turning formula packing boxes according to claim 1, it is characterized in that: described triangular body comprises square bottom I (51), the left side of described square bottom I (51) is provided with triangular support section's I (61), the right side of described square bottom I (51) is provided with triangular support section's II (62), and the upside of described square bottom I (51) is provided with oblong support sector's I (41); The downside of described square bottom I (51) and narrow turnover bar I (71) are fixedly connected;
Described oblong body comprises square bottom II (52), and the left side of described square bottom II (52) is provided with oblong support portion I (31), and the right side of described square bottom II (52) is provided with oblong support portion II (32); The downside of described square bottom II (52) is provided with oblong support sector's II (42);
The upside of described square bottom II (52) and narrow turnover bar I (71) are fixedly connected.
3. 360 ° of bidirectional turning formula packing boxes according to claim 2, it is characterized in that: the corner of described oblong support portion I (31) and oblong support portion II (32) is rounding.
4. 360 ° of bidirectional turning formula packing boxes according to claim 3, it is characterized in that: the left side of described oblong support sector's I (41) is provided with triangle coherent mass I (411), and the right side of described oblong support sector's I (41) is provided with triangle coherent mass II (412);
The left side of described oblong support sector's II (42) is provided with oblong coherent mass I (421), and the right side of described oblong support sector's II (42) is provided with oblong coherent mass II (422).
5. 360 ° of bidirectional turning formula packing boxes according to claim 4, it is characterized in that: the downside of described oblong support sector's II (42) is provided with wide turnover bar (8), and the lower end of described wide turnover bar (8) is provided with wide turnover bar coherent mass (801).
6. 360 ° of bidirectional turning formula packing boxes according to claim 5, it is characterized in that: the right side of described narrow turnover bar I (71) is provided with narrow turnover bar II (72);
Described narrow turnover bar II (72) one ends are captiveed joint with square bottom I (51), and an other end of narrow turnover bar II (72) is captiveed joint with square bottom II (52).
7. 360 ° of bidirectional turning formula packing boxes according to claim 6, is characterized in that: be provided with forward turn-line I (11) between described square bottom I (51) and triangular support section's I (61);
Be provided with forward turn-line II (12) between described square bottom I (51) and triangular support section's II (62);
Be provided with forward turn-line V (15) between described oblong support sector's II (42) and wide turnover bar (8);
Be provided with forward turn-line VI (16) on described wide turnover bar (8);
Be provided with forward turn-line X (20) between described square bottom I (51) and oblong support sector's I (41);
Be provided with reverse turn-line I (21) on described narrow turnover bar I (71);
Be provided with reverse turn-line II (22) on described narrow turnover bar II (72);
Be provided with reverse turn-line III (23) between described square bottom II (52) and oblong support portion I (31);
Be provided with reverse turn-line IV (24) between described square bottom II (52) and oblong support portion II (32);
Be provided with reverse turn-line V (25) between described square bottom II (52) and oblong support sector's II (42);
Be provided with reverse turn-line IX (29) between described square bottom I (51) and narrow turnover bar I (71);
Be provided with reverse turn-line VIII (28) between described square bottom I (51) and narrow turnover bar II (72);
Be provided with positive and negative two-way turn-line II (19) between described square bottom II (52) and narrow turnover bar I (71);
Be provided with positive and negative two-way turn-line I (18) between described square bottom II (52) and narrow turnover bar II (72).
8. 360 ° of bidirectional turning formula packing boxes according to claim 7, is characterized in that: be provided with forward turn-line III (13) between described oblong support sector's I (41) and triangle coherent mass I (411);
Be provided with forward turn-line IV (14) between described oblong support sector's I (41) and triangle coherent mass II (412);
Be provided with forward turn-line VII (17) between described wide turnover bar (8) and wide turnover bar coherent mass (801);
Be provided with reverse turn-line VII (27) between described oblong support sector's II (42) and oblong coherent mass I (421);
Be provided with reverse turn-line VI (26) between described oblong support sector's II (42) and oblong coherent mass II (422).
9. 360 ° of bidirectional turning formula packing boxes according to claim 7 is characterized in that: described reverse turn-line VIII (28) with oppositely between turn-line II (22) distance at interval equate with the length of side of square bottom I (51);
Described reverse turn-line IX (29) with oppositely between turn-line I (21) distance at interval equate with the length of side of square bottom I (51);
Described forward turn-line VIII (18) with oppositely between turn-line II (22) distance at interval equate with the width edge length of oblong support sector's I (41);
Described forward turn-line IX (19) with oppositely between turn-line I (21) distance at interval equate with the width edge length of oblong support sector's I (41);
Between described forward turn-line V (15) and forward turn-line VI (16), the distance at interval equates with the width edge length of oblong support sector's II (42);
Between described forward turn-line VI (16) and forward turn-line VII (17), the distance at interval equates with the length of side of square bottom II (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220717294 CN203005909U (en) | 2012-12-21 | 2012-12-21 | 360-degree bidirectional overturning packing box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220717294 CN203005909U (en) | 2012-12-21 | 2012-12-21 | 360-degree bidirectional overturning packing box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203005909U true CN203005909U (en) | 2013-06-19 |
Family
ID=48597526
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220717294 Expired - Fee Related CN203005909U (en) | 2012-12-21 | 2012-12-21 | 360-degree bidirectional overturning packing box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203005909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103010548A (en) * | 2012-12-21 | 2013-04-03 | 浙江理工大学 | 360-degree bidirectional tilting packaging box |
-
2012
- 2012-12-21 CN CN 201220717294 patent/CN203005909U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103010548A (en) * | 2012-12-21 | 2013-04-03 | 浙江理工大学 | 360-degree bidirectional tilting packaging box |
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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 |
Granted publication date: 20130619 Termination date: 20141221 |
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| EXPY | Termination of patent right or utility model |