CN111846531A

CN111846531A - Combinable changeable box

Info

Publication number: CN111846531A
Application number: CN202010615881.3A
Authority: CN
Inventors: 吴幼健
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-06-18
Filing date: 2020-06-18
Publication date: 2020-10-30

Abstract

The invention discloses a combined variable box, and relates to a box body which can be combined into a variable external dimension by changing the number and the framework form of basic box bodies in the field of logistics and product packaging. It is mainly composed of a foldable box plate and a positioning and fastening member. The foldable box body not only can be independently folded into a framework of a complete hexahedral basic box body with a preset size and a cover can be turned over, but also can be combined by a plurality of similar foldable box plates, so that the basic box body is heightened, widened and lengthened to change the use size of the basic box body; the invention also provides a quick collar fastening component with an arm, which is used for conveniently and quickly fastening or disassembling the box body, so that the quick collar fastening component can push the combinable variable box to be more conveniently and widely applied.

Description

Combinable changeable box

The technical field is as follows:

the invention relates to a box body used in the field of logistics and product packaging, in particular to a box body which is combined into a box body with variable external dimensions by changing the number and the framework form of basic box bodies, and meets the requirement of packaging various products.

Background art:

for a long time, the packing boxes used in various industries are customized according to the external dimensions required by products of the own, and once the box bodies are manufactured, the dimensions of the box bodies are fixed and cannot be changed, so that the packing boxes can only be applied to the same product or products with similar or similar external dimensions, the universality is poor, the reuse is difficult, and once the dimensions of the logistics box and the packing box are finished, the use range is narrow, the main reasons for the complicated dimensions and the different types of the logistics box and the packing box are caused, the universality of the logistics box and the packing box is poor, the high operation cost of the reuse is reduced, therefore, in order to improve the universality of the box bodies and reduce the operation cost of the reuse, the box bodies with the combinable and variable external dimensions are required, and the requirements in the field of modern logistics and packing are met.

The invention content is as follows:

the invention aims to solve the problem that once a logistics packing box is manufactured into a finished product, the box body size can still be combined by different numbers and different frameworks of the same basic box body, and the box body can be respectively heightened, widened or lengthened, so that the application range of the logistics packing box is expanded. The method is different from the method that the size of the box body can be changed only by directly transforming the length of the panel and then assembling the panel of the traditional box body, and the change of the external dimension of the box body is realized by changing the combination quantity and the framework on the premise of not damaging the original box body.

The invention adopts the following technical scheme:

a combined variable box comprises a foldable box plate and a positioning fastening member, wherein the foldable box plate not only can be independently folded into a framework of a turnover-cover complete hexahedral basic box body with a preset size, but also can be combined by a plurality of similar foldable box plates to increase, widen and lengthen the basic box body, so that the foldable box plates of the formed basic box body are recombined to form a box body framework with a new size, and then the box body framework is fixed by the positioning fastening member to form a stable and applicable box body.

The foldable and turnable case board has six surfaces with the functions of forming a case body and opening and closing a case cover and the like, can be formed by one foldable and turnable case board, and can also be formed by combining a plurality of panels based on the foldable and turnable board. The foldable and rotatable box frame can be combined by taking the foldable and rotatable box plates as units according to requirements and selecting proper number of the foldable and rotatable box plates to generate a box body frame with new size.

The foldable box board can be unfolded to be approximately planar when in standby, and can also be folded to be the smallest occupied space according to requirements, and the foldable box board is provided with a space for placing the positioning and fastening components and holes or components matched with the positioning and fastening components for use.

The positioning fastening member is used for fixing the relative position of each box body panel after the foldable box plates are combined into the box body framework, and has the structural requirements for ensuring the safety of the contents in the box body: the fastening piece can be folded or loosened only when the box cover is opened, the box cover cannot be operated when closed, and the traditional fastening member can meet the requirements only by slightly modifying the traditional fastening member and can be suitable for use.

The invention creates an arm accounting ring fastening component, which comprises a positioning strip and an arm inclined rail ring and is characterized in that a clamping button on the positioning strip is sleeved by the ring, then the clamping button rotates along the inclined rail, a new component for quickly screwing action is realized, and the arm accounting ring fastening component is more suitable for combinable variable boxes.

The invention has the following positive and beneficial effects:

the combined changeable box has the main structure of a foldable box plate, has the functions of forming a basic box body and a hexahedral box body structure with a complete box body such as a cover and the like, can be combined into box body structures with different sizes through a plurality of combinations, and becomes a new box body with required size after being fixed by a positioning fastening member, thereby not only expanding the universality and the application range of the box body, but also being beneficial to the reduction and reuse of the logistics industry, and laying a material object foundation for developing the serialization and standardization of the logistics packing box.

The quick loop fastening component with the arm can quickly fasten or loosen the box plate, and a novel quick fastening method of the fastening component is opened, so that the combined fixation of the combinable and changeable boxes is convenient and quick and is not complex.

Description of the drawings:

FIG. 1 is a perspective expanded view of the foldable box board of the present invention;

FIG. 2 is a perspective view of the two short sides of FIG. 1 folded over;

FIG. 3 is a schematic perspective view of the folded state of FIG. 2 for storage and transportation;

the broken lines in fig. 1, 2 and 3 indicate that they can be folded.

FIG. 4 is a perspective view of the assembled base housing of FIG. 1 in three different openings;

FIG. 5 is a perspective view of the heightened combination frame of FIG. 4

Wherein 1 top box framework, 2 middle frameworks and 3 bottom box frameworks

FIG. 6 is a perspective view of the widened composite frame of FIG. 4

Wherein 1 head box framework, 2 middle box frameworks and 3 tail box frameworks

FIG. 7 is a perspective view of the elongated modular frame of FIG. 4

Wherein 1 head box framework, 2 middle box frameworks and 3 tail box frameworks

Fig. 8 is a schematic view of the structure of the arm quick-release ferrule fastening member assembly of the present invention. Wherein 1 a fixed strip (detailed figure 8-1), 2 a slant rail sleeve figure with arms (detailed figure 8-2), 3 a flat gasket (standard figure is not shown), 4 a box board (figure is not shown)

Fig. 8-1 is a three-dimensional view of the structure of the fixing strip, wherein 1 is a clamping button, 2 is a column, and 3 is a connecting strip.

FIG. 8-2 is a three-dimensional view of a ferrule structure with arms and ramp, wherein 1

Groove, 2 ramp, 3 radial arm

Other points need to be explained:

1. the foldable and rotatable box board is generally formed by combining a plurality of foldable and rotatable boards, but under special conditions, the foldable and rotatable box board can be realized by only one foldable and rotatable board, such as special size with the height equal to the width and the length equal to 2 times of the height.

2. In general, the outer dimensions of the box bodies are more than tens of times greater than the thickness of the box walls, so the error of the box bodies caused by the overlapping of the wall thicknesses is neglected in the attached drawings, and if the influence on the overlapping is generated due to the special requirements of the individual box bodies, the influence can be compensated by long holes or offset holes.

3. In order to make the drawing neat, the holes used with the positioning fastening members are not marked in the drawing, the opening holes are determined by the fastening requirements of the framework, and the holes are symmetrically formed.

4. It can be easily seen from fig. 5, 6 and 7 that intermediate layers from "zero" to "infinite" can be inserted between the head box and the tail box to meet the requirement, but it is preferable that the number of the inserted intermediate boxes is not more than three in consideration of the practicability, and the same type of foldable box board with larger size can be selected if a box with larger size is required.

5. In fig. 5, 6 and 7, if the opening surface of the basic box body is changed according to fig. 4, a new box body with different changes can be generated for more choices and more combinations.

The specific implementation mode is as follows:

in the present specification, a hexahedron with an arbitrary edge length is selected as an implementation example, and for the uniformity of drawing, a relationship of length, width, and height dimensions of 7: 5: 3 is selected, and the following specific embodiments are described:

referring to fig. 1, it is a schematic view showing the unfolded three-dimensional structure of the foldable box board, because of its arbitrary size, it is composed of two foldable panels and two single panels with four foldable edges, and the other five positioning fastening members are also placed in other idle holes by three positioning fastening members (eight fastening members are provided for each set of foldable box board), and folded into fig. 3 by fig. 2, so that the foldable box board is folded into the shape which is most clean in appearance and occupies the least space and is convenient for storage and transportation.

Referring to fig. 4, the basic box body with three different openings is respectively combined on the basis of the expansion surface of fig. 1, and new similar foldable and rotatable box plates can be added for new combination to form a box body which is increased or widened or lengthened, such as the combined box body shown in fig. 5, 6 and 7 and the box body with different openings, so that the aims of combining the foldable and rotatable box plates in various ways, changing the size of the box body and not damaging the basic box body are fulfilled.

FIG. 8 is a view of the fastening member of the arm quick ferrule of the present invention, which comprises a fixing strip (FIG. 8-1) and an arm ramp ferrule (FIG. 8-2), when the wall of the positioning box needs to be fastened, two vertical columns of the fixing strip are first inserted into the wall of the box to reserve

Forming holes, and pressing down and rotating the inclined rail ring with arm to align with the fastener at the top end of the vertical column to make the inclined rail ring with arm

The groove deviates from the clamping button and is clamped by the clamping button, and the inclined rail rotates upwards, so that the distance between the clamping button and the bottom plane of the ferrule is larger and larger along with the rotation of the arm, and the tank wall is screwed down conveniently and quickly. If the distance between the box wall and the clamping button is too large, a flat gasket with proper thickness can be selected to reduce the distance to meet the requirement. On the contrary, when the inclined rail ferrule with the arm needs to be disassembled, the inclined rail ferrule with the arm only needs to be rotated to

The groove is aligned with the clamping button, so that the inclined rail ferrule with the arm can be loosened and detached, and the fixing strip can be taken out. The invention has the main characteristics that: the self-contained arm can be fastened manually, and compared with the traditional thread fastening, the self-contained arm is directly screwed without screwing in a guide thread firstly and then fastening, and the rotation angle of the screwed rotating arm is controlled within 180 degrees conveniently and quickly. Although the combined variable box can be combined and positioned and fastened by using the traditional fastener, the interest of people in using the combined variable box can be directly influenced by the traditional positioning fastener due to complex operation, so that the quick collar fastening component with the arm can better solve the problem.

Claims

1. Can make up changeable case, including collapsible commentaries on classics boxboard and location fastening member, its characterized in that: the foldable and turnable case board can be turned into the structure of the integral hexahedral basic case body with preset size, and also can be combined by several similar foldable and turnable case boards, so that the basic case body can be heightened, widened and lengthened, and the formed foldable and turnable case boards of the basic case body can be recombined to form the case body structure with new size, then fixed by using positioning and fastening members, so that it can be made into stable and applicable case body.

2. A foldable box board according to claim 1, wherein: the foldable box frame has six surfaces which form a box body and have complete box body functions such as opening and closing a box cover, can be formed by a foldable box plate, can also be formed by combining a plurality of panels based on the foldable box plate, and can be formed by combining the foldable box plate as a unit according to needs and selecting the proper number of the foldable box plate to combine to generate a box body frame with a new size.

3. Quick lasso fastening member of band arm, including location strip and band arm inclined rail lasso, its characterized in that: the clamping button on the fixing strip is sleeved by the ferrule, then the clamping button rotates along the inclined rail, a new component with rapid tightening action is realized, and the combined variable box is more suitable for being combined.