CN203612345U

CN203612345U - Box capable of being overturned by 360 degrees for display

Info

Publication number: CN203612345U
Application number: CN201320723249.6U
Authority: CN
Inventors: 邓灿光
Original assignee: JINYE (TIANJIN) LIGHT INDUSTRIAL PRODUCTS Co Ltd
Current assignee: JINYE (TIANJIN) LIGHT INDUSTRIAL PRODUCTS Co Ltd
Priority date: 2013-11-13
Filing date: 2013-11-13
Publication date: 2014-05-28
Anticipated expiration: 2023-11-13

Abstract

The utility model provides a box capable of being overturned by 360 degrees for display. After an overturning angle of a box cover exceeds 180 degrees, the box cover and a double-shaft hinge are fixed into a linked whole through corresponding clamping positions at a box bottom and the box cover, so that the box cover can freely rotate within a range of 180 to 360 degrees. The box is scientific in design, simple in structure and convenient to use, and the shortcomings of the prior art can be overcome.

Description

The box that turn over 360 deg is shown

(1) technical field:

The utility model relates to multi-package box field, the box that particularly a kind of turn over 360 deg is shown.

(2) background technology:

On market, packing box on sale is only confined to lid and turns over turnback displaying and use, and lid can take double area in the time opening, and in the time that narrow space is shown and use, can be very limited.

(3) utility model content:

The box that provides a kind of turn over 360 deg to show is provided the purpose of this utility model, when lid flip angle exceedes after 180 degree, lid and Double pin hinge are fixed into an interlock entirety by the corresponding screens meeting at the bottom of being positioned at box and lid place, lid is rotated freely within the scope of 180-360 degree, its design science, simple in structure, easy to use, can overcome the deficiencies in the prior art.

The technical solution of the utility model: the box that turn over 360 deg is shown, at the bottom of comprising box and lid, characterized by further comprising location grab and lid location grab at the bottom of Double pin hinge, lid axle core, box lower shaft core, box; One side of described twin shaft box page is connected with lid by lid axle core, and the opposite side of twin shaft box page is connected with at the bottom of box by box lower shaft core; On described lid, have lid location grab, have lid grab hanging point on Double pin hinge, lid location grab and lid grab hanging point are worked in coordination; On at the bottom of described box, have location grab at the bottom of box, have grab hanging point at the bottom of box on Double pin hinge, at the bottom of box, at the bottom of location grab and box, grab hanging point is worked in coordination.

On lid described above, also has lid phase magnet.

On at the bottom of box described above, also has phase magnet at the bottom of box.

Assembling box with lid core in lid described above.

Box core at the bottom of assembling box at the bottom of box described above.

Working process of the present utility model:

(1) closure state: grab hanging point at the bottom of the box at the bottom of box on location grab insertion Double pin hinge, at the bottom of dependence box, the barb of grab side, location is fixed Double pin hinge, at the bottom of box, phase magnet adsorbs Double pin hinge under magnetic action, under the effect of phase magnet at the bottom of location grab and box at the bottom of box, Double pin hinge is fixed on to box bottom side, and the angle at the bottom of lid and box is 0 degree;

(2) lid is rotated to 180 degree by 0 degree: open the lid, lid rotates around lid axle core, and the angle at the bottom of lid and box is rotated to 180 degree by 0 degree, and Double pin hinge is still fixed on the make position of box bottom side;

(3) lid is opened 180 degree: lid turns to 180 degree along lid axle core, lid location grab inserts the lid grab hanging point on Double pin hinge, the barb of grab side, lid location is fixed Double pin hinge, lid phase magnet adsorbs Double pin hinge, at the bottom of lid, box and Double pin hinge at the bottom of lid is located grab, box, locate under the effect of phase magnet at the bottom of grab, lid phase magnet and box and form a relatively-stationary entirety, at the bottom of lid and box, be 180 degree deployed conditions;

(4) lid is rotated to 360 degree by 180 degree: be rotated further lid, according to lever principle, lid is rotated to 360 degree by 180 degree take box lower shaft core as axle, at the bottom of box, at the bottom of location grab and box, phase magnet separates with lid, lid location grab and lid phase magnet are fixed on Double pin hinge by lid grab hanging point and magnetic force respectively the side of lid, and lid and Double pin hinge form along the interlock entirety of box lower shaft core rotation;

(5) lid is opened 360 degree: Double pin hinge relies at the bottom of box the side at the bottom of phase magnet at the bottom of location grab and box is still fixed on box, and lid and the interlock entirety of Double pin hinge formation turn to the final display location of 360 degree around box lower shaft core;

(6) inverted order implementation step (1)-(5), can close the box that turn over 360 deg is shown.

Advantage of the present utility model and good effect are: abandoned conventional packing box fault of construction in this regard, can freely be turned to any angle, in narrow usage space, can fully demonstrate its convenience, and because of its spacial flex taking little, can be reduced in corresponding cost in sales section, in like product, there is stronger competitive edge.

(4) accompanying drawing explanation:

Fig. 1 is the structural representation of the box of the related turn over 360 deg displaying of the utility model.

Fig. 2 is the partial enlarged drawing of Fig. 1.

Fig. 3 is that the box shown of the related turn over 360 deg of the utility model is in the location of closure state grab cross-sectional view.

Fig. 4 is the partial enlarged drawing of Fig. 3.

Fig. 5 is that the box of the related turn over 360 deg displaying of the utility model is in the phase magnet generalized section of closure state.

Fig. 6 is the partial enlarged drawing of Fig. 5.

Fig. 7 is the box of the related turn over 360 deg displaying of the utility model is opened 90 degree states location grab cross-sectional view at lid.

Fig. 8 is the partial enlarged drawing of Fig. 7.

Fig. 9 is the box of the related turn over 360 deg displaying of the utility model is opened 90 degree states phase magnet cross-sectional view at lid.

Figure 10 is the partial enlarged drawing of Fig. 9.

Figure 11 is the box of the related turn over 360 deg displaying of the utility model is opened 180 degree states location grab cross-sectional view at lid.

Figure 12 is the partial enlarged drawing of Figure 11.

Figure 13 is the box of the related turn over 360 deg displaying of the utility model is opened 180 degree states phase magnet cross-sectional view at lid.

Figure 14 is the partial enlarged drawing of Figure 13.

Figure 15 is the box of the related turn over 360 deg displaying of the utility model is opened 270 degree states location grab cross-sectional view at lid.

Figure 16 is the partial enlarged drawing of Figure 15.

Figure 17 is the box of the related turn over 360 deg displaying of the utility model is opened 270 degree states phase magnet cross-sectional view at lid.

Figure 18 is the partial enlarged drawing of Figure 17.

Figure 19 is the box of the related turn over 360 deg displaying of the utility model is opened 360 degree states location grab cross-sectional view at lid.

Figure 20 is the partial enlarged drawing of Figure 19.

Figure 21 is the box of the related turn over 360 deg displaying of the utility model is opened 360 degree states phase magnet cross-sectional view at lid.

Figure 22 is the partial enlarged drawing of Figure 21.

Wherein, 1 be box at the bottom of, 2 is lid, 3 is Double pin hinge, and 4 is lid axle core, and 5 is box lower shaft core, 6 is phase magnet at the bottom of box, 7 is lid phase magnet, and 8 is box core at the bottom of box, and 9 is box with lid core, 10 is location grab at the bottom of box, 11 is lid location grab, and 12 is lid grab hanging point, and 13 is grab hanging point at the bottom of box.

(5) specific embodiment:

Embodiment: the box (seeing Fig. 1-2) that turn over 360 deg is shown, comprise at the bottom of box 1 and lid 2, characterized by further comprising location grab 10 and lid location grab 11 at the bottom of Double pin hinge 3, lid axle core 4, box lower shaft core 5, box; One side of described twin shaft box page 3 is connected with lid 2 by lid axle core 4, and the opposite side of twin shaft box page 31 is connected with at the bottom of box by box lower shaft core 5; On described lid 2, have lid location grab 11, have lid grab hanging point 12 on Double pin hinge 3, lid location grab 11 is worked in coordination with lid grab hanging point 12; At the bottom of described box, have location grab 10 at the bottom of box on 1, have grab hanging point 13 at the bottom of box on Double pin hinge 3, at the bottom of box, location grab 10 is worked in coordination with grab hanging point 13 at the bottom of box.

On lid 2 described above, also has lid phase magnet 7.

At the bottom of box described above, also has phase magnet 6 at the bottom of box on 1.

The interior assembling box with lid of lid 2 described above core 9.

Box core 8 at the bottom of 1 interior assembling box at the bottom of box described above.

The working process of the present embodiment:

(1) closure state: at the bottom of box, location grab 10 inserts grab hanging point 13 at the bottom of the box on Double pin hinge 3, at the bottom of dependence box, the barb of grab 10 sides, location is fixed Double pin hinge 3, at the bottom of box, phase magnet 6 adsorbs Double pin hinge 3 under magnetic action, under the effect of phase magnet 6 at the bottom of location grab 10 and box at the bottom of box, Double pin hinge 3 is fixed on to 1 side at the bottom of box, and lid 2 is 0 degree with the angle at the bottom of box; (seeing Fig. 3-6)

(2) lid is rotated to 180 degree by 0 degree: open the lid 2, lid 2 rotates around lid axle core 4, and lid 2 is rotated to 180 degree by 0 degree with 1 angle at the bottom of box, and Double pin hinge 3 is still fixed on the make position of 1 side at the bottom of box; (seeing Fig. 7-10)

(3) lid is opened 180 degree: lid 2 turns to 180 degree along lid axle core 4, lid location grab 11 inserts the lid grab hanging point 12 on Double pin hinge 3, the barb of grab 11 sides, lid location is fixed Double pin hinge 3, lid phase magnet 7 adsorbs Double pin hinge 3, at the bottom of lid 2, box 1 and Double pin hinge 3 under the effect of phase magnet 6 at the bottom of location grab 10, lid phase magnet 7 and box at the bottom of lid location grab 11, box, form a relatively-stationary entirety, lid 2 with at the bottom of box, 1 be 180 degree deployed conditions; (seeing Figure 11-14)

(4) lid is rotated to 360 degree by 180 degree: be rotated further lid 2, according to lever principle, lid 2 is rotated to 360 degree by 180 degree take box lower shaft core 5 as axle, at the bottom of box, at the bottom of location grab 10 and box, phase magnet 6 separates with lid 2, lid location grab 11 and lid phase magnet 7 are fixed on Double pin hinge 3 by lid grab hanging point 12 and magnetic force respectively the side of lid 2, and lid 2 forms the interlock entirety of rotating along box lower shaft core 5 with Double pin hinge 3; (seeing Figure 15-18)

(5) lid is opened 360 degree: Double pin hinge 3 relies at the bottom of box phase magnet 6 at the bottom of location grab 10 and box to be still fixed at the bottom of box 2 side, and the interlock entirety that lid 2 and Double pin hinge 3 form turn to the final display location of 360 degree around box lower shaft core; (seeing Figure 19-22)

Claims

1. the box that turn over 360 deg is shown, at the bottom of comprising box and lid, characterized by further comprising location grab and lid location grab at the bottom of Double pin hinge, lid axle core, box lower shaft core, box; One side of described twin shaft box page is connected with lid by lid axle core, and the opposite side of twin shaft box page is connected with at the bottom of box by box lower shaft core; On described lid, have lid location grab, have lid grab hanging point on Double pin hinge, lid location grab and lid grab hanging point are worked in coordination; On at the bottom of described box, have location grab at the bottom of box, have grab hanging point at the bottom of box on Double pin hinge, at the bottom of box, at the bottom of location grab and box, grab hanging point is worked in coordination.

2. the box that turn over 360 deg is shown according to claim 1, is characterized in that on described lid also having lid phase magnet.

3. the box that turn over 360 deg is shown according to claim 1, also has phase magnet at the bottom of box on it is characterized in that at the bottom of described box.

4. the box that turn over 360 deg is shown according to claim 1, is characterized in that assembling box with lid core in described lid.

5. the box that turn over 360 deg is shown according to claim 1, it is characterized in that at the bottom of described box in box core at the bottom of assembling box.