CN211869937U

CN211869937U - Logistics packaging box

Info

Publication number: CN211869937U
Application number: CN201922050859.4U
Authority: CN
Inventors: 戴旭涛; 刘建民
Original assignee: Sichuan Craftsman's Restaurant Co ltd
Current assignee: Sichuan Craftsman's Restaurant Co ltd
Priority date: 2019-11-25
Filing date: 2019-11-25
Publication date: 2020-11-06
Anticipated expiration: 2029-11-25

Abstract

The utility model relates to a logistics packaging box, which comprises a shell and an internal support, wherein the shell wraps the internal support; the inner support is provided with an object placing space for supporting the object to be packed. The center of the inner support is a longitudinal virtual center line, and a plurality of longitudinally arranged support plate bodies radially extend out to the periphery along the virtual center line; each support plate body is provided with a longitudinal bending line, one side of each support plate body, which is close to the virtual central line, is bent along the longitudinal bending line, so that the middle part of the internal support forms an object placing space, and the bent parts of each support plate body are mutually lapped to form a side surface supporting plate. The utility model discloses whole plate body materials that adopt make, because its reasonable project organization, in the preparation, technology is more simple, can constitute with a monoblock plate body, through to the reasonable bending of plate body, cut, formed packaging shell, inside support, put the side layer board in object space, hold in the palm end, the top. Can well play the role of shock absorption and protection to the packaged objects.

Description

Logistics packaging box

Technical Field

The utility model relates to a packing carton structure.

Background

The development of the modern logistics industry is very rapid, and meanwhile, small commodities are purchased in a network mode, so that the small packaged bulk commodities are used as a packaging unit for logistics transportation, and the number of the small packaged bulk commodities is very large.

In the small commodity logistics process, due to the fact that the trademark stacking difficulty is high, small commodities need to be protected well in logistics.

And most trademarks need to be packaged in order to protect and represent the value of the goods.

The package is divided into a rotary package and a hard package, and the hard package is usually a paper or other material package box.

Among them, paper packaging boxes are the most popular because paper is easy to process, has low material cost, and is beneficial to printing patterns and waste treatment.

Nowadays, the package of small goods is generally paper, such as mobile phones, white spirit, red wine, cosmetics, tea, porcelain bottles and the like. In order to protect the packaged objects inside after packaging and prevent the packaged objects from shaking inside, a soft cushion block or an inner support needs to be arranged between the packaged objects and the packaging box shell, and the existing inner support (soft cushion block) has various modes, such as foam, plastic absorption body, inflatable body, paperboard and the like.

The existing packaging box shell and the internal support are separately arranged and are respectively processed and manufactured, and after the respective processing and manufacturing, the packaging box shell and the internal support are assembled and installed, so that the processing technology is troublesome, and the manufacturing cost is increased.

The combination structure of the outer shell and the inner support is not simple, and the manufacturing cost is also increased.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem, the utility model provides a more succinct integral type packing carton and inside support integrated configuration.

The utility model relates to a logistics packaging box, which comprises a shell and an inner bracket, wherein the shell wraps the inner bracket; the inner support is provided with an object placing space for supporting the object to be packed.

The center of the inner support is a longitudinal virtual center line, and a plurality of longitudinally arranged support plate bodies radially extend out to the periphery along the virtual center line; each support plate body is provided with a longitudinal bending line, one side of each support plate body, which is close to the virtual central line, is bent along the longitudinal bending line, so that the middle part of the internal support forms an object placing space, and the bent parts of each support plate body are mutually lapped to form a side surface supporting plate.

The logistics packaging box is further described as comprising four supporting plate bodies extending along the virtual central line; the four supporting plate bodies form an X shape, and one side edge of each supporting plate body, which is far away from the virtual center line, is connected with the shell.

According to the logistics packaging box, the middle part of one side, close to the virtual center line, of each supporting plate body is bent along the longitudinal center line, and the bottom edge and the top edge are kept; the bottom edge is used for supporting the bottom of the packaged object, and the top edge is used for supporting the top of the packaged object.

In the above logistics packaging box, a part of the supporting plate body is formed by two parallel plate bodies, and the bent parts of the two parallel plate bodies are respectively bent towards the respective side directions to form the side supporting plate.

In a further aspect, the package is provided with a plurality of support panels, each support panel having a plurality of side edges.

The logistics packaging box is further described as that the outer shell wraps the inner support for a circle and then extends to the virtual center line to form at least one supporting plate body.

The logistics packaging box is further described as that after the shell extends to the virtual center line to form a supporting plate body, the shell is bent again at the virtual center line and extends to the inner wall of the shell to form another supporting plate body; and can be repeatedly bent at the virtual central line and the inner wall of the contact shell to form a plurality of supporting plate bodies.

In the above logistic package box, the outer shell is formed of a single plate and wraps the inner support with the virtual center line as the center.

The longitudinal bending line and the horizontal plane form an included angle of 1-90 degrees.

The logistics packaging box is further characterized in that one side of the outer shell is a movable side, and a cover body which can be opened by the packaging box is formed; the edge of the cover body is provided with a sticking buckle.

According to the logistics packaging box, a plurality of longitudinal bending lines are arranged on the shell, the whole plate body takes the virtual central line as the center, and the inner support is wrapped by the longitudinal bending lines through bending.

Has the advantages that:

the utility model discloses whole plate body materials that adopt make, because its reasonable project organization, in the preparation, technology is more simple. And facilitates the molding of the outer shell and the inner bracket at one time.

The utility model is composed of a whole plate body, and through reasonable bending and cutting of the plate body, the packaging shell, the inner support, the side supporting plate of the object placing space, the bottom support and the top support are formed. The process structure is very simple.

The utility model discloses an internal packing material of backup pad is packed, and wherein backup pad distributes around, can play shock attenuation and the guard action to being packed the material well.

Drawings

Fig. 1 is a schematic view of a housing enclosing an inner support.

Fig. 2 is a schematic view of the same integrated plate body as the housing and the support plate body.

Fig. 3 is a schematic view of the storage space formed by the bent portion of the support plate.

Fig. 4 is a schematic sectional view of the storage space formed by the bent portion of the support plate, and a state in which a wine bottle is placed.

Fig. 5 shows the shape of the storage space formed by providing a plurality of longitudinal bending lines at different positions.

Fig. 6 is an expanded view of the housing and a portion of the support plate being a single plate.

Fig. 7 is a schematic view of the wrapping manner of the entire support plate of the housing being the same one-piece plate.

Fig. 8 is an expanded view of the entire support panel of the housing as a single unitary panel.

Wherein: a housing 1; a support plate body 2; a first support plate 2-1; a first surface 2-2 of the second support plate; a second face 2-3 of the second support plate; an article placing space 3; a bent portion 4; an inner package 5; a longitudinal bending line 6; a notch 7; a small edge 8; a lid body 9; a top edge 10; a bottom edge 11; a cut 12.

Detailed Description

The first embodiment is as follows:

the outer shell and the inner support frame are made of paper boards or are partially made of paper boards. Such as corrugated cardboard.

Or the outer shell and the inner support frame are made of plastic plates. Or partly made of plastic. Such as PP material, nylon material.

Example two:

the shell and the inner support are separately arranged and are not the same integral plate body. The housing 1 is formed of a single plate body, and wraps the inner support with a virtual center line as a center. One side of the outer shell is a movable side, which forms a cover body 9 that can be opened by the packing box.

Referring to fig. 1, the center of the inner frame is a longitudinal virtual center line, four support plates 2 extend along the virtual center line to the periphery, the four support plates form an X shape (here, the cross section of the inner frame is viewed as an X shape in plan), and one side edge of each support plate away from the virtual center line is connected with the outer shell 1. The shell forms a six-surface box body, the top surface and the bottom surface of the box body are arranged up and down, the waist blocking cross section of the box body is quadrangular in overlook, and four vertexes of the X type are respectively arranged at four angular vertexes of the quadrangle.

The support plate body and the shell are connected in a mode of being close to and abutted against each other, or the edge of the support plate body and the shell are adhered through viscose.

Each support plate body is provided with a longitudinal bending line 6, and one side of each support plate body, which is close to the virtual central line, is bent along the longitudinal bending line, so that the middle part of the internal support forms an object placing space 3.

According to the size of the packaged object or the size of the object placing space, the longitudinal bending lines 6 are arranged at different positions of the plate body, for example, the needed object placing space is small, the longitudinal bending lines can be closer to the virtual central line, and the object placing space left after bending is small; for example, the needed object placing space is large, the longitudinal bending line can be closer to the box body (far away from the virtual center line), and the object placing space left after bending is large.

One part of the supporting plate body is composed of two parallel plate bodies. The support plate body far away from the cover body side is formed by two parallel plate bodies, the bent parts 4 on the two parallel plate bodies are respectively bent towards the directions of the respective sides, and the bent parts 4 of the support plate bodies are mutually overlapped to form a side supporting plate. The side supporting plates are mutually overlapped to surround most of the whole object placing space. Only the side of the cover body is left vacant, so that the packaged objects can be conveniently taken and put.

Referring to fig. 6, fig. 6 shows an example of a state where the inner package 5 is a wine bottle and the board is vertically placed, and a left side and b in the figure are a front view and a left side view of two support boards which are close to each other and vertically placed. In the front view (b), two longitudinal bending lines 6 are respectively arranged on the two supporting plate bodies, the bent parts 4 are respectively provided with notches 7 correspondingly, and the notches 7 can be mutually crossed to form fixation when the two bent parts are lapped. Referring to fig. 3, a similar circular cavity is formed by the overlapped placing space of the support plate, and the support plate is not arranged on the side close to the cover body, so that the packaged objects (wine bottles) can be conveniently taken and placed.

Example three:

when the supporting plate body is longitudinally arranged, the supporting plate body 2 is divided into three parts, namely a top edge 10, a middle part and a bottom edge 11 from top to bottom, the middle part of one side, close to a virtual central line, of each supporting plate body is bent along the longitudinal central line, and the bottom edge and the top edge are kept (not bent); the bottom edge is used for supporting the bottom of the packaged object, and the top edge is used for supporting the top of the packaged object. In order to realize the packaging mode, the three parts of the top edge, the middle part and the bottom edge need to be transversely cut by a cutting knife, and the cut 12 of the cutting knife is not straight and can be straight, inclined, special-shaped and arc-shaped.

Example four:

referring to fig. 4, 5 and 6, the packaged objects are wine bottles, and the wine bottles are respectively provided with a top bottle cap part, a middle upper bottle neck part and a bottle body part below the bottle neck. In order to package a wine bottle well, the longitudinal bending lines are in a sectional type, or a plurality of longitudinal bending lines are arranged on one supporting plate body, and the position of each longitudinal bending line is different. The diameters of the bottle cap part and the bottle neck part of the wine bottle are smaller, the longitudinal bending line is closer to the virtual central line, the diameter of the bottle body is larger, and the longitudinal bending line is far away from the virtual central line. The shape of the formed storage space is matched with the shape of a wine bottle.

In the example, the side surfaces of the bottle body and the bottle cap are vertical to the bottle bottom (horizontal plane), so that the longitudinal bending line at the bottle body forms 90 degrees with the horizontal plane; the upper corner of the bottle body and the lower corner of the bottle body are arc-shaped, so that the vertical bending line and the horizontal plane form an included angle with an uncertain degree. The bottle neck is trapezoidal, and the surface of the bottle neck is not vertical to the bottle bottom (horizontal plane) to form an included angle of about 70-85 degrees with the bottle bottom (horizontal plane), so that the longitudinal bending line and the horizontal plane form an included angle of 70-85 degrees.

Example five:

the shell can be a monoblock plate alone, and is realized through bending. The outer shell and all the supporting plate bodies are made of the same integral plate (refer to figures 2, 6 and 8), or the outer shell and part of the supporting plate bodies are made of the same integral plate (refer to figures 1, 4 and 7).

Referring to fig. 7, after the inner support is wrapped by the outer shell 1 for one circle, the inner support continues to extend to the virtual center line to form a first support plate 2-1; and bending the virtual center line to extend to the inner wall of the shell to form a first surface 2-2 of the second supporting plate body, and bending the second supporting plate body again to form a second surface 2-3 (parallel surface) of the second supporting plate body after the second supporting plate body contacts the inner wall of the shell until the second supporting plate body continues to extend to the virtual center line. The bending is repeated at the virtual central line and the inner wall of the contact shell to form a plurality of supporting plate bodies.

Thus, the housing and all support plates may be one and the same one piece of sheet material, see fig. 2, 7, 8.

Of course, for ease of manufacture, the housing and some of the support plates are formed as a single piece of sheet material, as shown in fig. 6. Such as a first support plate and a second support plate.

Similarly, the supporting plates can be flexibly connected and freely jointed, for example, the first surface of the first supporting plate and the first surface of the second supporting plate are the same whole plate, the second surface of the second supporting plate and the first surface of the second supporting plate are the same whole plate, and the like.

Example six:

the outer shell and the inner support of the above examples are generally regarded as an inner package for supporting the object to be packed, and an outer package is sleeved outside the outer shell.

The longitudinal direction in the above embodiments is the vertical placement of the packing box, and the shell and the supporting plate body are both in the longitudinal placement state. The vertical bending lines along the virtual central line are vertical and penetrate through the top and the bottom of the packing box.

The lid edge is provided with pastes the knot for with inside support parcel a week back, paste the knot and fix the lid on adjacent edge. A small edge 8 can be reserved on the side surface of the cover body independently and used for installing the sticking buckle.

The above is an exemplary illustration of the present invention and does not represent the protection scope of the present invention.

Claims

1. A logistics packaging box is composed of a shell and an inner support, wherein the shell wraps the inner support; the inner support is provided with an object placing space for supporting the object to be packed, and is characterized in that the center of the inner support is a longitudinal virtual center line, and a plurality of longitudinally arranged support plate bodies radially extend out of the periphery along the virtual center line; each support plate body is provided with a longitudinal bending line, one side of each support plate body, which is close to the virtual central line, is bent along the longitudinal bending line, so that the middle part of the internal support forms an object placing space, and the bent parts of each support plate body are mutually lapped to form a side surface supporting plate.

2. The logistics packaging box of claim 1, wherein four support panels extend all around along the virtual centerline; the four supporting plate bodies form an X shape, and one side edge of each supporting plate body, which is far away from the virtual center line, is connected with the shell.

3. The logistics package of claim 1, wherein a central portion of each support panel adjacent to one side of the virtual center line is folded along the longitudinal center line, and the bottom edge is maintained at the top edge; the bottom edge is used for supporting the bottom of the packaged object, and the top edge is used for supporting the top of the packaged object.

4. The packing box of claim 1, wherein a part of the supporting plate is formed by two parallel plates, and the bent parts of the two parallel plates are bent in the respective lateral directions to form the side supporting plates;

5. A logistics package as recited in claim 1 wherein adjacent side edges of the support panel bodies are connected to each other.

6. The logistics packaging box of claim 1, wherein the outer shell wraps the inner support frame for one circle and then extends to the virtual center line to form at least one support plate.

7. The logistics packaging box of claim 6, wherein after the outer shell extends to the virtual center line to form one supporting plate body, the outer shell is bent again at the virtual center line and extends to the inner wall of the outer shell to form another supporting plate body; and can be repeatedly bent at the virtual central line and the inner wall of the contact shell to form a plurality of supporting plate bodies.

8. The logistics package of claim 1 wherein the outer shell is formed of a one-piece panel and surrounds the inner support member about the virtual center line.

9. The packing box for logistics according to claim 8, wherein one side of the outer shell is a movable side which forms a cover body that can be opened; the edge of the cover body is provided with a sticking buckle.

10. The packing box of claim 8, wherein the outer case is formed with a plurality of longitudinal bending lines, and the inner frame is wrapped by the whole plate body which is bent around the virtual central line through each of the longitudinal bending lines.