CN213058307U

CN213058307U - Logistics package capable of preventing package adjustment and stealing and dismantling

Info

Publication number: CN213058307U
Application number: CN201920091605.4U
Authority: CN
Inventors: 吴媛婷
Original assignee: Fujian Chuanzheng Communications College
Current assignee: Fujian Chuanzheng Communications College
Priority date: 2019-01-21
Filing date: 2019-01-21
Publication date: 2021-04-27
Anticipated expiration: 2029-01-21

Abstract

The utility model provides a prevent transfer package and steal commodity circulation parcel of tearing open, a serial communication port, include: a first encryption layer which covers the outside of the sending object or the sending object packaging body and forms a seal, and a second encryption layer which covers the outside of the first encryption layer and forms a seal; an identification area with abnormal optical characteristics is arranged on the first encryption layer; the second encryption layer is provided with a light-permeable area, and the projection of the light-permeable area on the first encryption layer is coincided with the first identification area and the area outside the identification area. The method can directly and conveniently identify the adjustment or the stealing and dismantling by adopting algorithms such as image matching and the like, obviously reduces the possibility of errors caused by manual judgment, and has the property of difficult copying and counterfeiting.

Description

Logistics package capable of preventing package adjustment and stealing and dismantling

Technical Field

The utility model belongs to the commodity circulation field especially relates to a prevent transferring commodity circulation parcel that the package was torn open with stealing.

Background

The existing technical means for preventing the bag from being adjusted and the bag from being stolen and disassembled is difficult to simultaneously meet the following conditions: 1. the cost is low; 2. the packaging and verification are convenient and quick; 3. the judgment can be automatically carried out by the intelligent terminal; 4. the imitation difficulty and the cost are extremely high, and the copying and the counterfeiting are difficult.

Chinese patent publications: 201610592893-Package packaging device, anti-unpacking package and package packaging verification method, which provides an anti-unpacking method, using multiple marks to surround the package, forming multiple layers of overlapped graphics combination in specific area, the delivery end storing the pictures when sending, the receiving end comparing whether the graphics combination is different from the sending, so as to verify whether the package is unpacked.

However, this solution also has the following disadvantages:

firstly, the anti-dismantling method can be broken, and a cracker can directly unpack the package by only purchasing or making the same adhesive tape (containing the same random image), use the same packaging box after unpacking and stick the anti-counterfeiting adhesive tape again. After careful measurement, it is very likely that the same image combination as the original is pasted out. Especially for valuables, the requirement for tamper resistance is higher, and the scheme is difficult to meet the requirement.

Secondly, the anti-dismantling method compares the picture with the real object by means of human eyes, but because the human eyes are insensitive to slight position deviation and can only check whether macroscopic summaries are consistent or not, the detail difference is difficult to judge, and the possibility of misjudgment and missed judgment exists.

SUMMERY OF THE UTILITY MODEL

To the deficiency that prior art exists, the utility model discloses a following technical scheme:

the utility model provides a prevent transfer package and steal commodity circulation parcel of tearing open which characterized in that includes: a first encryption layer which covers the outside of the sending object or the sending object packaging body and forms a seal, and a second encryption layer which covers the outside of the first encryption layer and forms a seal; an identification area with abnormal optical characteristics is arranged on the first encryption layer; the second encryption layer is provided with a light-permeable area, and the projection of the light-permeable area on the first encryption layer is coincided with the first identification area and the area outside the identification area.

Preferably, the first encryption layer and the second encryption layer are both light-permeable films, and the films are provided with opaque identification areas.

Preferably, the first encryption layer and the second encryption layer are films with different optical properties, and a plurality of holes serving as identification areas are arranged on the films.

Preferably, the film is a transparent, easily-wrinkled plastic film with high self-adhesion.

Preferably, the identification areas are a set of identically shaped identification elements.

Preferably, the distance between adjacent identification elements is a random value in the interval from the value a to the value b, and b > a.

Preferably, the marking element is a dot.

Preferably, the dots have a diameter of 3mm, a =8mm, b =12 mm.

Preferably, the first and second encryption layers are each sealed by a transparent adhesive.

The utility model discloses and the technical cost is cheap, production is convenient, easy realization and the effect that preferred scheme provided is showing, it compares in prior art scheme has following outstanding advantage:

1. the method can directly and conveniently identify the adjustment or the stealing and dismantling by adopting algorithms such as image matching and the like, and obviously reduces the possibility of errors in manual judgment.

2. Difficult to copy and counterfeit: because the packaging film is wrapped by 360 degrees without dead angles, if the packaging film is required to be unpacked, after the unpacking, the packaging film cannot be combined with the original images in a same mode, and because the film inevitably generates various folds in a conventional packaging mode, and the positions, directions, ranges, depths and textures of the folds are random, high-complexity changes of all identification element points are caused, and the original arrangement and combination difficulty of two encryption layers is extremely high.

Drawings

The invention will be described in further detail with reference to the following drawings and detailed description:

fig. 1 is a schematic cross-sectional view of embodiment 1 of the present invention;

fig. 2 is a schematic top view of embodiment 1 of the present invention;

fig. 3 is a schematic cross-sectional view of embodiment 2 of the present invention;

fig. 4 is a schematic top view of embodiment 2 of the present invention;

in the figure: 1-a package of the mailpiece; 21-a first light permeable film; 31-a second light permeable film; 411-dots (on the first light permeable film); 412-dots (on the second light permeable film); 22-a first film; 32-a second film; 421-dots (holes, on the first film); 422- (holes, located on the second film).

Detailed Description

In order to make the features and advantages of this patent more comprehensible, 2 embodiments accompanied with figures are described in detail below:

the main points of the utility model are that: the sealed first and second encryption layers are sequentially covered on the mailpiece or the mailpiece package in which the mailpiece is packaged, so that the first and second encryption layers are inevitably triggered as long as the mailpiece is taken out, and even the change of the relative relationship between the first and second encryption layers is ensured.

The utility model discloses set up the characteristic that just can't restore as long as change on first encryption layer and second encryption layer, it is through being provided with the optical property on first encryption layer unusually (namely optical property is different with other regions, in the utility model discloses mainly refer to reflection of light characteristic under the context, like the colour is different with other regions) the sign district to when guaranteeing to replace first encryption layer or remove first encryption layer, the existence form of this sign district all can change, plays the effect of encryption; simultaneously, through the light-permeable region that sets up on the second encryption layer, and the projection of light-permeable region on first encryption layer all has the coincidence with the region beyond first identification area and the identification area, as the "window" of observing the identification area from the outside to when guaranteeing replacement or removing the second encryption layer, the identification area on the first encryption layer of observing all can change.

Through the arrangement, the encryption effect is realized, and the effects of preventing package adjustment and stealing and dismantling are very strong.

Considering further reduce cost, in the embodiment of the utility model discloses an among 1 st embodiment, first encryption layer and second encryption layer all adopt same material and design, and the identification area constitutes as the identification element through a plurality of random dot.

As shown in fig. 1 and fig. 2, the embodiment of the present invention includes: a first light-permeable film 21 and a second light-permeable film 31 which are hermetically provided outside the mail packaging body 1. The first light permeable film 21 has dots 411 randomly distributed thereon, and the second light permeable film 31 has dots 412 randomly distributed thereon.

The first light-permeable film 21 and the second light-permeable film 31 may be transparent films which are easy to wrinkle and have high self-adhesion, and in this embodiment, plastic films are used.

The dots are all lighttight pure color dots with the diameter of about 2mm (the color is not limited, all the dots can be black, red and the like, and can also be mixed with different colors of the dots), so as to ensure that the dots can be easily identified or identified and extracted by naked eyes or an image identification algorithm. Although the distribution positions of the dots are random, in order to ensure that the probability of the dots 411 on the first light-permeable film 21 and the dots 412 on the second light-permeable film 31 overlapping each other is sufficiently high, the distance between the adjacent dots may be preset to a random value of 8 to 12 mm.

Based on the design concept of the embodiment, when a user has a valuable article to be sent, after the sending object packaging body 1 is formed by normal packaging, a plastic film printed with random dots can be used for wrapping 2 layers of the sending object packaging body 1 in a surrounding manner (the wrapping method is arbitrary and is not particularly limited), and common transparent adhesive is used for fixing tightly, so that the first light-permeable film 21 and the second light-permeable film 31 are formed. Because the plastic films are easy to wrinkle and self-adhesive, random wrinkles can be naturally formed on the packaged first light-permeable film 21 and second light-permeable film 31, and the distribution and overlapping conditions of the dots 411 on the first light-permeable film 21 and the dots 412 on the second light-permeable film 31 are completely random and omnibearing (different random dot distance combinations can occur on each surface).

It should be noted that, the design of "dot" in this embodiment can not be regarded as the limitation of the present invention, and according to the gist of the present invention, what is actually required is the set of the identification elements with the same shape in the identification area, so that the production and manufacturing costs of the special film can be greatly reduced, and the accuracy and efficiency of identification can be ensured, and under this gist, the "dot" can be replaced by any other shapes such as rectangle and triangle. In particular, the "dots" in this embodiment may be replaced with a large circular ring shape, so as to reflect the surface topography changes caused by wrinkles more clearly, thereby increasing the encryption property of this embodiment.

The final logistics formed according to this embodiment include that a reliable verification method for image recognition by machine can be developed, comprising the following steps:

step A1: randomly selecting one surface of the logistics package as a reference surface (preferably a plane with clear and easily observed round points), marking, and collecting sending image information before logistics transportation;

step A2: after the logistics transportation arrives, determining a reference surface according to the mark, and collecting the information of the image to be sent;

step A3: and (4) respectively extracting and matching the features of the sending image and the sending image by taking the round points as the features, and determining whether the logistics packages are subjected to bag transfer or stolen removal.

As shown in fig. 2, the dot scenes on the encrypted logistics packages constructed by the embodiment are very easy to process by various conventional image processing algorithms not limited to edge extraction, gray feature extraction, etc., and matching and identification are also very easy, so that the usability and reliability of the verification method can be guaranteed. At the same time, since the plastic film inevitably generates various wrinkles in the conventional packaging mode, all of which result in the variation of each dot, it is almost impossible to reproduce the existing form of the two encrypted layers.

As shown in fig. 3 and 4, as the 2 nd embodiment of the present invention, it replaces the combination of the "light permeable film" and the dots printed in the embodiment 1 with the combination of the "light impermeable film" and the "round holes", which includes: a first film 22 and a second film 32 which are arranged outside the mailer package 1 in a sealed manner. The first film 22 has dots 421 forming holes randomly distributed thereon, and the second film 32 has dots 422 forming holes randomly distributed thereon.

The first film 22 and the second film 32 may be made of different colors, so that the dot 421 can observe the color form of the second film 32, and when the dot 421 and the dot 422 coincide, the color form of the mailer package 1 can be observed as a characteristic point of the encrypted logistic package. The arrangement and packaging manner of this embodiment is better in privacy due to the opaque nature of the first film 22 and the second film 32, but the nature is not different from that of embodiment 1, and therefore, the detailed description of the manufacturing method and the specific scheme of machine identification is not repeated.

The present invention is not limited to the above preferred embodiments, and any person can obtain other various types of logistics packages for preventing the package from being removed and stolen under the teaching of the present invention, and all the equivalent changes and modifications made according to the claims of the present invention shall fall within the scope of the present invention.

Claims

1. The utility model provides a prevent transfer package and steal commodity circulation parcel of tearing open which characterized in that includes: a first encryption layer which covers the outside of the sending object or the sending object packaging body and forms a seal, and a second encryption layer which covers the outside of the first encryption layer and forms a seal; an identification area with abnormal optical characteristics is arranged on the first encryption layer; the second encryption layer is provided with a light-permeable area, and the projection of the light-permeable area on the first encryption layer is coincided with the first identification area and the area outside the identification area.

2. The logistics parcel of claim 1, wherein the logistics parcel is tamper-evident, and further comprises: the first encryption layer and the second encryption layer are both light-permeable films, and the films are provided with opaque identification areas.

3. The logistics parcel of claim 1, wherein the logistics parcel is tamper-evident, and further comprises: the first encryption layer and the second encryption layer are films with different optical properties, and a plurality of holes serving as identification areas are formed in the films.

4. The logistics parcel of claim 2 or 3, wherein the logistics parcel is tamper-proof and is characterized in that: the film is a plastic film.

5. The logistics wrap of any one of claims 1-3, wherein the logistics wrap is tamper resistant and is characterized by: the identification areas are sets of identification elements with the same shape.

6. The logistics parcel of claim 5, wherein the logistics parcel is tamper-evident, wherein: the distance between the adjacent identification elements is a random value in an interval from the value a to the value b, and b > a.

7. The logistics parcel of claim 6, wherein the logistics parcel is tamper-evident, further comprising: the identification elements are dots.

8. The logistics parcel of claim 7, wherein the logistics parcel is tamper-evident, wherein: the dots have a diameter of 3mm, a =8mm, b =12 mm.