WO2018157860A1

WO2018157860A1 - Cryptical code-based method for associating production code in box with box code, and packaging box

Info

Publication number: WO2018157860A1
Application number: PCT/CN2018/077893
Authority: WO
Inventors: 吴林; 崔征
Original assignee: 信码互通（北京）科技有限公司
Priority date: 2017-03-03
Filing date: 2018-03-02
Publication date: 2018-09-07
Also published as: CN106934439A

Abstract

Disclosed in the present invention is a cryptical code-based method for associating a production code in a box with a box code. There are multiple products in a packaging box, and product codes of each product comprise an cryptical code disposed on the outer surface of a cover body and an internal code disposed on the inner side of the cover body. The cryptical code and the internal code disposed on each cover body are unique, and the cryptical code and the internal code are associated with a box code disposed on the packaging box. After the product is put into the box and before the packaging box is sealed, by collecting the cryptical code disposed on the outer side of the cover body and the box code of the packaging box, a production code in the box is associated with the box code. In this way, on the premise of not affecting the appearance of the cover body, the production line management and the sales management of bottled or canned products can be implemented. The present invention also provides a cover body provided with a cryptical code. Disclosed are the product comprising the cover body and the packaing box for packaging the product.

Description

Correlation method and package box of product code and box code in box based on invisible code

Technical field

The invention relates to a method for associating a product code and a box code in a box based on an invisible code, and relates to a cover body provided with an invisible code, and to a product comprising the above cover body and a package box for packaging the above product.

Background technique

Fast-moving consumer goods are consumer goods that have a shorter life span, faster consumption, and lower value, such as packaged foods, personal hygiene products, tobacco, alcohol, and beverages. The characteristics of fast-moving consumer goods are low cost and high frequency of purchase; the channel distribution characteristics of fast-moving consumer goods are characterized by multiple levels, low unit price and large quantity, so it has long been difficult to monitor the invoicing (incoming, sales, inventory) of dealers. Market feedback information is easily distorted and counterfeit and shoddy. In order to quickly and accurately understand the market sales situation, and in order to smoothly carry out production and promotion activities, manufacturers have invested a lot of manpower and resources to manage the production, storage, logistics and sales of products.

As the Internet technology environment has become more mature, product management and marketing services based on identification codes (such as QR codes and character codes) have been rapidly developed.

In the prior art, the inkjet or laser processing is usually used to carry out the code on the inner and outer sides of the cap or the top of the can top. When the visible identification code is provided on the outer surface of the cap or the top of the can top, it is easy. Destroy the original packaging design, affecting the appearance. Therefore, it is also necessary to improve the cover structure of the existing product, so that it can realize the requirements of traceability and anti-smashing goods inquiry without destroying the original design.

Summary of the invention

The primary technical problem to be solved by the present invention is to provide a method for associating a product code and a box code in a box based on an invisible code.

Another technical problem to be solved by the present invention is to provide a cover having an invisible code.

Another technical problem to be solved by the present invention is to provide a product comprising the above cover.

Still another technical problem to be solved by the present invention is to provide a package for packaging the above products.

In order to achieve the above object, the present invention adopts the following technical solutions:

According to a first aspect of the embodiments of the present invention, a method for associating a product code and a box code in a box based on an invisible code is provided, wherein a plurality of products are installed in a package; wherein a product code of each of the products includes at least An invisible code disposed on an outer surface of the cover and an inner code disposed on the inner side of the cover, wherein the invisible code refers to an identification code that is invisible under visible light but can be imaged under non-visible light illumination in a certain wavelength range; The invisible code and the inner code provided on each cover are respectively unique, and the invisible code and the inner code are associated with the box code provided on the package.

Preferably, the association method comprises the following steps:

(1) After the product is packed, the invisible code of all the covers is collected before the package is sealed;

(2) Obtain the box code of the package and associate the invisible code and box code of all the covers in the database.

Preferably, the box code is an identification code preset on the package box, and in the step (2), the box code is collected and the association between the invisible code and the box code is performed.

Or, wherein, preferably, the box code is an identification code generated after collecting an invisible code of all the covers in the package on the package line, and, in the step (2), the invisible code and the box code are At the same time, the box is assigned a box code.

Preferably, the inner code and the invisible code are associated one by one in the database before the product is packed.

Preferably, the code and data association of the inner code and the invisible code of the cover body are completed in the cover factory.

Alternatively, among them, the code of the inner code is completed in the cover factory, and then the code of the invisible code and the data association of the inner code and the invisible code are completed after the inner code is collected by the filling factory.

Preferably, the invisible code is an identification code formed by spraying an infrared color changing material or an ultraviolet color changing material.

Preferably, the product is a bottled product and the cover is a bottle cap.

Alternatively, wherein the product is preferably a canned product, the lid is a can top.

According to a second aspect of the embodiments of the present invention, a cover body for implementing the above related method is provided, wherein an invisible code is disposed on an outer surface of the cover body, and an inner code is disposed on an inner side of the cover body; each cover body The invisible code and the inner code set on the top are unique and related to each other.

Preferably, the invisible code and the inner code are respectively a combination of one or more of a two-dimensional code, a character code, a number, and a text.

According to a third aspect of the embodiments of the present invention, there is provided a product comprising the above described cover, wherein the product is a bottled product and the cover is a bottle cap.

According to a fourth aspect of the embodiments of the present invention, there is provided a product comprising the above-described cover, wherein the product is a canned product, and the cover is a can top.

According to a fifth aspect of the embodiments of the present invention, a package for packaging the above product is provided, wherein an outer surface of the package is provided with a box code; a plurality of the products are packaged in the package; An outer surface of the cover body is provided with an invisible code, and an inner code is disposed on an inner side of the cover body of the product; an invisible code and an inner code disposed on each cover body are respectively unique, and are disposed in the packaging box The box code association on it.

The method for associating the product code and the box code in the box disclosed by the invention is realized based on the invisible code disposed on the outer surface of the cover body, and after the liquid filling, the invisible code on the outer side of the cover body is collected and the box code of the package box is obtained. The association between the product code (including the invisible code and the inner code) and the box code. Under normal circumstances, in the process of transportation and sales, you can know the whereabouts of the products in the package by collecting the box code. Through the above-mentioned related method, the production line management and sales management of the bottled product or the canned product can be realized without affecting the appearance of the cover body.

DRAWINGS

Figure 1 is a corresponding schematic diagram of a bottle code and a box code of a bottled product in a package;

Figure 2 is a flow chart of completing the cap inner code and the invisible code assignment in the cap factory;

Figure 3 is a flow chart of assigning an inner code to the cap factory and assigning an invisible code to the filling factory;

Figure 4 is a logic flow diagram showing the association between the bottle code of the bottled product and the box code of the package after filling;

Figure 5 is a corresponding schematic view of a can and a box code of a canned product in a package;

Figure 6 is a logic flow diagram of the can code of the canned product packaged after filling and the box code of the package.

detailed description

The content provided by the present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

The method for associating the product code and the box code in the box based on the invisible code provided by the invention is suitable for associating the product code and the box code of the bottled product or the canned product. In the transportation and sales process, the box code can be used to know the whereabouts of the products associated with it, so that targeted sales or sales tracking can be performed. Hereinafter, the related method, the cover body, the product and the packaging box provided by the present invention will be described by taking the bottled product as an example, and then the case of the canned product will be briefly described. Wherein, for the bottled product, the corresponding cover body is a bottle cap, and the corresponding product code is a bottle code, and the bottle code includes at least an invisible code disposed outside the bottle cap and an inner code disposed on the inner side of the cap; for the canned product The corresponding cover body is a can top cover, and the corresponding product code is a can code. The can code includes at least an invisible code disposed outside the can top cover and an inner code disposed on the inner side of the can top cover.

In the process of production and transportation, bottling goods are not transported in units of individual commodities. Instead, multiple commodities are placed in one package and transported in units of packages. Therefore, by printing the box code on the outer surface of each package, and making the box code on the package corresponding to the identification code of each bottled product built in the package, it can be set on the package. The identification code queries the identification code of each bottled product built in the package, so that the targeted sales or sales tracking of the individual bottled products can complete the traceability and anti-smuggling management of the manufacturer.

The bottle cap and box code association method of the bottle cap with invisible code and the bottle product according to the invisible code provided by the invention is a method for realizing the tracking of the bottled product on the basis of not destroying the original design of the cap Can be used for traceability and anti-smuggling inquiries. Specifically, the bottle number of the bottled product is associated with the box code of the package before the container is unsealed after the container is packed in the container. As shown in Fig. 1, a plurality of bottled products are installed in the package, wherein the bottle code of each bottled product includes at least an invisible code disposed on the outer surface of the bottle cap and an inner code disposed on the inner side of the bottle cap. The invisible code refers to an identification code that can be captured under visible light but is not visible light in a certain wavelength range, and the invisible code is an identification code formed by spraying an invisible ink such as an infrared color changing ink or an ultraviolet color changing ink. Images can be acquired under infrared light or ultraviolet light. The inner code is an invisible identification code formed by spraying UV ink or the like, or a visible identification code can be formed by laser engraving using a laser-sensitive ink coating, and the number of inner codes sprayed on each cap can be Multiple. The invisible code and the inner code set on each cap are unique, and the invisible code and inner code sprayed on the cap of each bottled product in the package are associated with the box code set on the carton. The above invisible code, inner code and box code may respectively be a combination of one or more of a two-dimensional code, a character code, a number, and a character.

The steps included in the method of associating the bottle code and the box code of the bottled product are described below. The bottle code and box code of the bottled product are generally associated with the filling plant, which generally includes the following two steps: (1) collecting the invisible code of all the caps after the bottled products are packed and before the box is sealed; 2) Obtain the box code of the box and associate the invisible code and box code of all the caps in the database.

The box code of the package used in the step (2) may be an identification code preset on the package box at the package factory, or may be an identification code generated online on the package line. When the box code is pre-installed on the package, in step (2), the invisible code of all the caps and the box code of the package are directly collected on the package line, and the box code and the invisibility of all the caps in the package are invisible. The code is associated with the inner code. Since the invisible code and the inner code set on the same bottle cap are already associated in the database before the bottled product is packed, in step (2), only the invisible code set on the outer surface of the cap is collected, Realize the association between the inner code of the cap, the invisible code and the box code. When the box code is not preset on the package, in step (2), the invisible code of all the caps in the package is usually collected, and then the box code is generated according to the system queue, and then the box code and the invisible code of all the caps are generated. Correlate and assign the corresponding box code to the package at the same time. Generally, a printer or laser machine is used to assign a visible identification code to a fixed position of the package, for example, a box code is provided on the top and/or side of the package.

The association between the inner code and the invisible code of each cap is already associated in the database one by one before the bottled product is boxed. There are two implementation methods in the production process. One is to complete the code of the inner code and the invisible code of the bottle cap and the data association between the inner code and the invisible code in the cap factory, and the other is completed in the cap factory. The code is assigned, and then the code of the invisible code is completed after the internal code is collected by the filling factory, and the data association between the inner code and the invisible code is realized. The details of these two types of assignment and association will be described in detail below in conjunction with Figures 2, 3 and 4.

As shown in Fig. 2 and Fig. 4, in the first production mode, the inner code of the cap and the invisible code are associated with the inner code and the invisible code in the cap factory, and then the cap is used in the filling factory. Seal the bottled product and collect the invisible code of all the caps and obtain the box code of the carton before the bottled product is unpacked, complete the bottle code of the bottled product (including the inner code and invisible code of the cap) and The association of the box code of the box.

Specifically, as shown in FIG. 2, when the bottle cap is produced in the cap factory, first, each inner code ink-jet area of the metal sheet for punching the bottle cap is positioned, and the inner code is printed, and then the inner code is detected. Quality, for products that fail to pass the test, the qualified products enter the collection area. The inner code can be formed by spraying UV ink on the inside of the metal sheet corresponding to the position of each cap and then drying. The inner code can also be processed by a laser engraving process, for example, using a low power laser to process the photon sensitive ink to form an inner code that has a smooth surface and a gray scale difference.

The metal sheet which is finished with the inner code is sized, and after being glued, the outer code (invisible code) is coded again through the coded production line, that is, the inkjet area of each outer code is positioned and the invisible code is printed. Then, the quality of the outer code is detected, and the unqualified product is rejected, and the qualified product enters the collection area. Finally, the finished metal sheet is varnished, dried, and covered to form a bottle cap.

After the capping machine has finished the capping, the inner code and the invisible code quality of the cap are re-examined, the waste is discarded, and the inner cap and the invisible code of the caps that have passed the test are associated and then packed. Specifically, the cap manager covers the inner side of the capping machine, injects the plastic gasket in the molding machine and uses the camera located under the cap to detect the external code quality, and controls the data through the software and the line body, and passes the internal code detection. When the camera is used, the internal code quality and internal and external correlation are detected. For unqualified products, the qualified products are sorted and binned by counting baffles.

After the above-mentioned full-box cap is transported to the filling plant, as shown in Fig. 4, the bottled product is filled and sealed with the cap, and then the bottled product is boxed; before the package is unsealed, the package is obtained. The invisible code of all the caps and the box code of the box, and then the bottle code of the bottled product (the inner code set on the inner side of the cap and the invisible code set on the outer surface of the cap) and the package are completed by the invisible code and the box code. The association between the box's box code. As described above, the box code obtained on the package line may be a preset identification code or an online generated identification code.

Finally, after the package is sealed, the verification camera detects the box code of the package and reads the number of bottled products associated with the box in real time; for the product rejection mechanism below the system setting reading rate, the whole box is removed. Or manually handle the alarm prompt.

In this type of production, the inner code and the invisible code are coded and associated in the cap factory. Due to the high content of heavy metals in invisible inks, the cover may be worn during injection molding, capping, transportation and feeding. The worn powder may contain invisible ink. If it is attached to the rubber pad, it may cause Heavy metal detection problems in the final product. To this end, we provide a second production method as shown in Figure 3.

As shown in FIG. 3 and FIG. 4, in the second production mode, the inner code of the cap is completed in the cap factory, and the injection of the invisible code and the association between the inner code and the invisible code are realized in the filling factory. Then use the cap to seal the bottled product in the filling factory, and before the bottled product is packed, uncover the invisible code of all the caps and obtain the box code of the carton to complete the bottle code of the bottled product (including the cap The internal code and the invisible code) are associated with the box code of the box. This production method avoids the wear of the invisible code in the process of injection molding, capping and transportation by moving the location of the invisible code from the capping factory to the filling factory, which greatly increases the safety of the use of the invisible code.

Specifically, as shown in FIG. 3, when the bottle cap is produced in the cap factory, first, each inner code ink-jet area of the metal sheet for punching the bottle cap is positioned, and the inner code is printed, and then the inner code is detected. Quality, for products that fail to pass the test, the qualified products enter the collection area. The metal sheet that completes the inner code is sized, punched, and covered. Then, the rubber pad is injected in the plastic film machine, and the inner code quality is finally detected, and the unqualified products are rejected, and the qualified products are binned and packed by the counting baffle.

After the cap of the spray inner code is transported to the filling factory, after the cover is produced on the production line, the cap with the inner code flows out of the capping machine, the inner code is detected and the invisible ink is sprayed to form the invisible code. Detect the quality of the invisible code and complete the association between the inner code and the invisible code. Products that fail to pass the test are rejected, and qualified products enter the collection area.

After the bottle cap completes the registration of the invisible code and the association between the inner code and the invisible code, as shown in FIG. 4, the bottled product is filled and sealed with the cap, and then the bottled product is boxed; the package is not sealed. Before the box, obtain the invisible code of all the caps in the box and the box code of the box, and then complete the bottle code of the bottled product through the invisible code and the box code (the inner code set on the inner side of the bottle cap and the outer surface of the bottle cap) The association between the invisible code) and the box code of the box.

Finally, after the package is sealed, the verification camera detects the box code of the package, and reads the number of bottled products associated with the box in real time, and performs the whole box rejection for the product rejection mechanism below the system setting reading rate. Or manually handle the alarm prompt.

In the second production mode, by shifting the code of the invisible code to the filling factory, on the one hand, the wear of the invisible code in the process of injection molding, capping and transportation is avoided, and on the other hand, the injection molding plastic is also avoided. The effect of high temperature processing on the invisible code when the gasket is used. When the inner code of the bottle cap is associated with the box code of the package by the invisible code, even if the invisible code has a small amount of wear or loss, the sales management of the bottled product is not affected.

Similarly, for canned products, canned products are not transported in a single product during production or transportation. Instead, multiple items are placed in a single box and transported in units of boxes. Therefore, by printing the box code on the outer surface of each package and correlating the box code on the package with the identification code of each canned product built into the package, the identification on the package can be obtained. The code queries the identification code of each canned product in the package, so that the targeted sales or sales tracking of the individual canned products can complete the traceability and anti-smuggling management of the manufacturer.

The method for associating the can and the box code of the can top cover with the invisible code and the canned product based on the invisible code provided by the invention is to realize the canned product without destroying the original design of the can top cover The method of going to tracking can be used for traceability query and anti-smuggling query. Specifically, the tank code of the canned product is associated with the box code of the package before the filling plant uses the package to package the canned product.

As shown in FIG. 5, a plurality of canned products are installed in the package, wherein the can code of each canned product includes at least an invisible code disposed on the outer surface of the can top cover and an inner code disposed on the inner side of the can top cover. . The invisible code refers to an identification code that can be captured under visible light but is not visible light in a certain wavelength range, and the invisible code is an identification code formed by spraying an invisible ink such as an infrared color changing ink or an ultraviolet color changing ink. Images can be acquired under infrared light or ultraviolet light. The inner code is an invisible identification code formed by spraying UV ink or the like, or a visible identification code can be formed by laser engraving using a laser-sensitive ink coating, and the number of inner codes sprayed on each can top cover can be For multiple. The invisible code and the inner code set on each can top cover are unique, and the invisible code and inner code sprayed on the can top cover of each canned product in the package are associated with the box code set on the package box. . The above invisible code, inner code and box code may respectively be a combination of one or more of a two-dimensional code, a character code, a number, and a character.

The steps included in the method of associating the can code and the box code of the canned product are described below. The association between the tank code and the box code of the canned product is generally carried out in the bottling plant, which generally comprises the following two steps: (1) collecting the invisible roof of the can top after the canned product is packed and before the package is sealed. (2) Obtain the box code of the package and associate the invisible code of the can top cover with the box code in the database.

The box code of the package box may be an identification code preset on the package box at the package box factory, or an identification code generated online on the package line. When the box code is pre-installed on the package, in step (2), the invisible code of the can top cover and the box code of the package can be directly collected on the package line, and the box code and all the can tops in the package can be collected. The invisible code is associated with the inner code. Since the invisible code and the inner code disposed on the same can top cover are already associated in the database before the canned product is packed, in step (2), only the invisible code set on the outer surface of the can top cover needs to be collected. The association between the inner code, the invisible code and the box code of the can top can be realized. When the box code is not preset on the package, in step (2), the invisible code of all the can tops in the package is usually collected, and then the box code is generated according to the system queue, and then the box code and all the can tops are The invisible code is associated, and the corresponding box code is assigned to the package at the same time. Generally, a printer or laser machine is used to assign a visible identification code to a fixed position of the package, for example, a box code is provided on the top and/or side of the package.

The association between the inner code and the invisible code of each can top is already associated in the database one by one before the canned product is packed. There are two implementation methods in the production process. One is to complete the code of the inner code and the invisible code of the can top cover and the data association between the inner code and the invisible code in the cover factory, and the other is to complete the inner code in the cover factory. The code is assigned, and then the code of the invisible code is completed after the internal code is collected by the filling factory, and the data association between the inner code and the invisible code is realized. For details of the two types of assignment and association, reference may be made to the above detailed description in conjunction with FIGS. 2 and 3. The difference is that for bottled products, the cover produced in the cap factory is the cap. For the canned product, the lid produced in the cap factory is the can top.

In the first production mode, the inner code of the can top of the can top and the invisible code are associated with the inner code and the invisible code in the cover factory, and then the canned product is sealed at the filling factory using the can top cover, and Before the canned product is packed, the invisible code of the can top cover is collected and the box code of the can is obtained, and the can code of the canned product (including the inner code and the invisible code of the can top cover) and the package box are completed. The association of the box code.

Specifically, when the lid factory produces the can top cover, firstly, each inner code inkjet area of the metal sheet for stamping the can top is stamped, and then the inner code is printed, and then the inner code quality is detected. Qualified products are rejected and qualified products enter the collection area. The inner code can be formed by spraying UV ink on the inside of the metal sheet corresponding to the position of each can top and then drying. The inner code can also be processed by a laser engraving process, for example, using a low power laser to process the photon sensitive ink to form an inner code that has a smooth surface and a gray scale difference.

The metal sheet which is finished with the inner code is sized, and after being glued, the outer code (invisible code) is coded again through the coded production line, that is, the inkjet area of each outer code is positioned and the invisible code is printed. Then, the quality of the outer code is detected, and the unqualified product is rejected, and the qualified product enters the collection area. Finally, the finished metal sheet is varnished, dried, and covered to form a basic cover for the top of the can.

After the basic cover is finished by the capping machine, the inner code and the invisible code quality of the basic cover are re-examined, the waste is discarded, and the inner cover and the invisible code are associated with the tested basic cover, and then the qualified basic cover is processed ( The open top cover is formed by processing an open area for processing the liquid to flow out, a punching tab, and the like.

After the above-mentioned full-box can top is transported to the filling plant, as shown in Fig. 6, the canned product is filled and sealed with a can top cover, and then the canned product is boxed before the package is unsealed. Obtain the invisible code of the can top cover and the box code of the box in the box, and then complete the can code of the canned product through the invisible code and the box code (the inner code set on the inner side of the can top cover and the top cover of the can top) The association between the invisible code of the outer surface and the box code of the package. As described above, the box code obtained on the package line may be a preset identification code or an online generated identification code.

Finally, after the package is sealed, the verification camera detects the box code of the package, and reads the number of canned products associated with the box in real time, and performs a full container for the product rejection mechanism below the system setting reading rate. Manually process after culling or alerting.

In this type of production, the inner code and the invisible code are coded and associated in the cover factory. Since the invisible ink generally has a high content of heavy metals, the cover may be worn during the process of injection molding, capping, transportation and feeding. The worn powder may contain invisible ink, and if it is attached to the inside of the can top, there is May cause heavy metal detection problems in the final product. To this end, we offer a second mode of production.

In the second production mode, the inner code of the can top cover and the can top cover are completed in the can topping factory, and the invisible code spray and the inner code and the invisible code are associated in the filling factory; Seal the canned product at the filling plant using the can top cover, and collect the invisible code of all can tops and obtain the box code of the can to complete the canned product of the canned product before the canned product is packed. (including the inner code and invisible code of the can top) and the box code of the box. This production method avoids the wear of the invisible code during the cover and transportation process by moving the location of the invisible code from the can topping factory to the filling factory, which greatly increases the safety of the use of the invisible code.

Specifically, when the lid factory produces the can top cover, firstly, each inner code inkjet area of the metal sheet for stamping the can top is stamped, and then the inner code is printed, and then the inner code quality is detected. Qualified products are rejected and qualified products enter the collection area. The metal sheet that completes the inner code is sized, punched, and covered. Then, the quality of the inner code is detected, and the unqualified product is rejected, and the qualified product is processed into a can top cover.

After the top cover of the spray inner code is transported to the filling factory, after the cover is produced on the production line, the top cover of the can with the inner code flows out of the cover machine, and the inner code is detected and the invisible ink is sprayed to form an invisible code. Detect the quality of the invisible code and complete the association between the inner code and the invisible code. Products that fail to pass the test are rejected, and qualified products enter the collection area.

After the can top cover completes the identification of the invisible code and the association between the inner code and the invisible code, as shown in FIG. 6, the canned product is filled and sealed with a can top cover, and then the canned product is boxed; Before the package is unsealed, obtain the invisible code of all the can tops in the package and the box code of the package, and then complete the can code of the canned product through the invisible code and the box code (the inner code set on the inside of the top of the can top) The association between the invisible code set on the outer surface of the can top cover and the box code of the package.

Finally, after the package is sealed, the verification camera detects the box code of the package and reads the number of canned products associated with the box in real time. For products below the system setting read rate, the waste rejection mechanism is finished. The box is removed or manually processed after the alarm prompt.

In the second production mode, by moving the code of the invisible code to the filling factory, the wear of the invisible code during the cover and transportation can be avoided. When the inside code of the can top cover is associated with the box code of the package by the invisible code, even if the invisible code has a small amount of wear or loss, the sales management of the canned product is not affected.

In summary, the method for associating the product code and the box code in the box based on the invisible code provided by the present invention collects the invisible code on the outer side of the cover body and obtains the package after the product is packed and before the package is sealed. The box code of the box realizes the association between the product code (including the invisible code and the inner code) of the product in the box and the box code. Under normal circumstances, in the process of transportation and sales, you can know the whereabouts of the products in the package by collecting the box code. Of course, in a special period, in order to further confirm the whereabouts of the products in the package, and to achieve anti-smuggling goods inquiries, manufacturers can also know the whereabouts of specific products by collecting the internal code or invisible code of a single product. Through the above-mentioned related method, the production line management and sales management of bottled products or canned products can be realized without affecting the appearance of the cover body.

The method and package for in-box product code and box code based on the invisible code provided by the present invention are described in detail above. Any obvious changes made to the present invention without departing from the spirit of the invention will constitute an infringement of the patent right of the present invention and will bear corresponding legal liabilities.

Claims

A method for associating a product code and a box code in a box based on an invisible code, wherein a plurality of products are installed in the package, and the feature is:

The product code of each of the products includes at least an invisible code disposed on an outer surface of the cover and an inner code disposed on the inner side of the cover; the invisible code refers to a non-visible line that is invisible under visible light but within a certain wavelength range. The identification code of the image may be collected under illumination; the invisible code and the inner code set on each cover are respectively unique, and the invisible code and the inner code are associated with the box code disposed on the package.
The association method according to claim 1, comprising the steps of:

(1) After the product is packed, the invisible code of all the covers is collected before the package is sealed;

(2) Obtain the box code of the package and associate the invisible code and box code of all the covers in the database.
The association method of claim 2, wherein:

The box code is an identification code preset on the package box. In the step (2), the box code is collected and the association between the invisible code and the box code is performed.
The association method of claim 2, wherein:

The box code is an identification code generated after the invisible code of all the covers in the package is collected on the package line, and in the step (2), the package is assigned while the invisible code is associated with the box code. Box code.
The association method of claim 2, wherein:

The inner code and the invisible code are associated one by one in the database before the product is packed.
The association method according to claim 5, wherein:

The code and data association of the inner code and the invisible code of the cover body are completed in the cover factory.
The association method according to claim 5, wherein:

The code of the inner code is completed in the cover factory, and then the code of the invisible code and the data association between the inner code and the invisible code are completed after the inner code is collected by the filling factory.
The association method of claim 1 wherein:

The invisible code, the inner code and the box code are respectively a combination of one or more of a two-dimensional code, a character code, a number, and a character.
The association method of claim 1 wherein:

The invisible code is an identification code formed by spraying an infrared color changing material or an ultraviolet color changing material.
The association method of claim 1 wherein:

The product is a bottled product and the lid is a bottle cap.
The association method of claim 1 wherein:

The product is a canned product and the lid is a can top.
A cover body for implementing the associated method according to claim 1, wherein an invisible code is disposed on an outer surface of the cover body, and an inner code is disposed on an inner side of the cover body, and each cover body is disposed on the cover body The invisible code and the inner code are unique and associated with each other.
A cover according to claim 12, wherein:

The invisible code and the inner code are respectively a combination of one or more of a two-dimensional code, a character code, a number, and a character.
A cover according to claim 12, wherein:

The invisible code is an identification code formed by spraying an infrared color changing material or an ultraviolet color changing material.
A product comprising the cover of any one of claims 12 to 14, wherein the product is a bottled product and the cover is a bottle cap.
A product comprising the cover of any one of claims 12 to 14, wherein the product is a canned product and the cover is a can top. 17. A package for packaging the product of claim 15 or 16, wherein the outer surface of the package is provided with a box code; the package contains a plurality of products; the cover of the product The outer surface is provided with an invisible code, and the inner side of the cover of the product is provided with an inner code; the invisible code and the inner code provided on each cover are respectively unique, and the box is disposed on the package Code association.