WO2023207733A1

WO2023207733A1 - Usage method and structure of inverted built-in identification container label

Info

Publication number: WO2023207733A1
Application number: PCT/CN2023/089345
Authority: WO
Inventors: 龙璠
Original assignee: 龙璠
Priority date: 2022-04-29
Filing date: 2023-04-19
Publication date: 2023-11-02
Also published as: CN114707625A

Abstract

Techniques for a new usage method and structure of an inverted built-in identification container label. In a traditional identification method, labels must correspond to identification objects on a one-to-one basis. If one label corresponds to a plurality of objects, the plurality of objects need to be packaged so as to be identified as a whole, and once the overall package of the objects is opened, identifiers of the objects in the package are all disabled at the same time, such that it cannot be ensured that the identifiers continue to be valid after the package is opened. A traditional solution involves subdividing the identifiers, which increases the quantity of identifiers and also increases the identification cost, and some bulk items are also difficult to be subdivided. In the present invention, inverted built-in identification container labels are used, and the accurate identification of identification objects in batches is achieved by means of a method and label structure for controlled release of identification objects, thereby realizing the controlled release of identification objects in batches according to requirements, and thus identifiers of the remaining identification objects in the inverted built-in identification container label are kept continuously valid.

Description

A method and structure of using an inverted built-in identification container label

Technical field

The present invention relates to a method of using an inverted built-in identification container label and its structure.

Background technique

Previously, in response to the limitations of traditional radio frequency identification internal and external marking technologies, we innovated and disclosed a technical solution for inverted built-in marking container labels. This innovative marking technology not only overcomes the challenges of external pasting, hanging, wearing and built-in embedding at the same time The respective problems existing in the application of the two traditional labeling methods have solved the labeling problems of many items that cannot, are not suitable or are inconvenient to use embedded labeling methods, and the problems of label peeling or damage due to external pasting, hanging and wearing methods can be solved; It is also convenient and flexible, not only non-destructive to the identification object, but also has a good protective effect on the identification object; at the same time, the identification method label is easy to reuse, which saves resources and reduces costs, which is conducive to the development of radio frequency identification and Internet of Things technology. Popularization of applications; also due to the expansion of the tag's physical space, more sensors and communication and other functional modules can be integrated and loaded, providing space and possibility for tag function expansion, which is conducive to expanding the application scope of radio frequency tags. The application of this technology uses modern IoT technology for warehousing, logistics, retail and other operating industries to improve industry management and service levels, reduce operating costs, save social resources, improve operating efficiency, and innovate business operation models to promote social and economic development. will play a positive role.

As a new type of identification method, inverted built-in identification container labeling technology has many application scopes and scenarios that can be developed. It requires professionals from various industries to develop innovative application methods and models based on the characteristics of the industry.

In traditional identification and previous built-in identification technology solutions, there is a one-to-one correspondence between the label and the identification object, thereby achieving the purpose of identifying the object, although sometimes the form may be a label corresponding to the identification. There are many individual objects, such as a kilogram of rice marked with a label or three apples or a bottle of water in the same package, which correspond to n grains of rice or three apples or n pieces of water, but these rice or apples or water are used as It is marked as a whole. This label cannot mark every gram of rice, every apple, or every piece of water. Once the package of the marked object is unsealed or used for the first time, all the marked objects in the package will be unlabeled, and there is no guarantee. The remaining marked objects in the package will continue to be effectively marked.

Many labeling objects, such as powders or granules, liquids, fresh fruits, vegetables, food, etc., all labeling objects packaged in batches face this problem.

Contents of the invention

In this article, the term "inverted built-in marking" should be understood as a marking method in which the marked object is wrapped in a label and cannot be completely or completely removed from the label package without unlocking or destroying the label package.

In this article, the term "structure within the tag" should be understood as: the functional structure of the tag and the reader or scanner to achieve spatial coupling and/or energy transfer of radio frequency signals, data storage and/or exchange, and machine-readable language communication.

In this article, the term "container label" should be understood as: the inner structure of the label and the container body are integrated and cannot be separated. The container is the external structural form of the label and is the functional structure of the label to realize the inverted built-in identification method.

In this article, the term "labeled object release and removal mechanism" should be understood as: controlled by the Internet of Things system, the functional structure of moving the labeled object in the inverted built-in label container label out of the container label and releasing its label.

In this article, the term "potential energy drive" should be understood as: the power required to move the marked object in the inverted built-in marked container label comes from the gravitational potential energy of the marked object itself and/or the elastic potential energy in the container label.

In this article, the term "external driving force" should be understood as: the power required to move the marked object in the inverted built-in marking container label, in addition to the gravitational potential energy and elastic potential energy in the container label, the power is provided by means other than the container label.

In view of the above-mentioned problems existing in traditional signs and previous inverted built-in identification technology, the present invention innovates a method for using inverted built-in identification container labels. The purpose is to better utilize the inverted built-in identification container labeling technology to achieve accurate identification of batch identification objects.

The present invention is a method for using a container label with an inverted built-in identification, which is characterized in that: the container label is controlled by the Internet of Things system, unlocks and releases part or all of the identification objects in the container label one by one or by volume, and removes them from the container label to release the identification. Keep the identification of unreleased identification objects in the container tag to continue to be valid.

Further, a method of using an inverted built-in identification container label with a controlled release to identify an object, characterized in that: a container label with a controlled release identification object release and removal mechanism and an external driving force mechanism are connected to a tag reader or scanner Associated with the device and controlled by the Internet of Things system; the release times or/and weight of the identified object or/and other monitoring data are recorded and/or uploaded by the reader or scanner.

Further, a method of using an inverted built-in identification container label with a controlled release identification object, characterized in that: the container label identification method of the controlled release identification object is: or radio frequency identification RFID, or IC identification, or barcode identification, Or magnetic card identification, or a combination thereof.

Furthermore, a method for using an inverted built-in identification container label to control the release of identification objects, which is characterized in that: the identification objects are either packaged in the container label in bulk and disorderly, or packaged in the container label in bulk and orderly , or packaged in the container label in a disorderly manner, or packaged in the container label in an orderly manner.

Furthermore, a method of using an inverted built-in container label with a controlled release of an identification object is characterized in that a release and removal mechanism of the container label identification object with a controlled release of the identification object can selectively release the identification object.

Based on the same inventive concept, the present invention uses a method of using an inverted built-in identification container label, which is characterized in that: the container label releases the identification object including but not limited to the following steps and sequences:

S1. Label or/and identification object identification;

S2. Issue an unlock release instruction to the confirmed tag;

S3. The label locking mechanism is opened;

S4. Remove the released identification object and close the label;

S5. The label locking mechanism is locked;

S6. Data recording and/or uploading.

Based on the same inventive concept, the present invention proposes two container label structure solutions for the controlled release and use method of inverted built-in container labels to identify objects:

Scheme 1: An inverted built-in marking container label structure for controlled release of marking objects, characterized in that: the inverted built-in marking container label at least includes the following structure: container label outer package, locking mechanism, bulk storage space for marking objects Or a serial storage tank/box, the label identifies the object removal mechanism and/or release gate, and identifies the object potential energy or/and external driving force moving mechanism.

Solution 2: An inverted built-in identification container label structure for controlled release of identification objects, characterized in that: the inverted built-in identification container label at least includes the following structures: container label outer package, locking mechanism, identification object disk/wheel shape The rotating packaging storage box or the roll chain packaging box/bag or the chain packaging box/bag, the label identifies the object removal mechanism and/or the release gate, and identifies the object potential energy or/and external driving force movement mechanism.

Further, according to Scheme 1 and Scheme 2, an inverted built-in marking container label structure with controlled release of marking objects is characterized in that: the moving power of the marking objects in the container label is: or the gravitational potential energy of the marking objects, or Label internal elastic potential energy, or external driving force, or a combination thereof.

Further, according to Scheme 1 and Scheme 2, an inverted built-in marking container label structure with controlled release of marking objects is characterized in that: the driving mode of marking objects in the container label is: or tape drive, or rolling. Roller drive, or conveyor belt drive, or spiral push drive, or spiral conveyor drive, or elastic push drive, or a combination thereof.

Beneficial effects of the technical solution of the present invention: the innovative usage method and structural technical solution of the inverted built-in identification container label realizes the accurate identification of batch identification objects, bringing new methods and new models to the application of Internet of Things technology; enriching The application scope and scenarios of inverted built-in container labels are in warehousing, logistics, retail and other operating formats; it opens up a wider application space for inverted built-in container labels, which is conducive to promoting the change and innovation of industry operating models and service models;

It is conducive to changing and optimizing people's lifestyles and promoting the intelligence, automation and convenience of people's daily lives. At the same time, it is also very beneficial to improving the efficiency of IoT identification, reducing identification workload and identification costs, and promoting the application and development of IoT technology. will play a positive role.

Description of the drawings

Figure 1 is a flow chart of controlled release labeled objects.

Figure 2 is a schematic diagram of the structure of the label for storage of identification objects in bulk with a built-in identification container label in Scheme 1. 1 is the outer package of the container label, 2 is the locking mechanism, 3 is the bulk storage tank/box space for identification objects, and 4 is the inner part of the label. The identification object removal mechanism and/or release gate, 5 is the identification object.

Figure 3 is a schematic diagram of the structure of the label for sequential storage of identification objects with built-in identification container labels in Scheme 1. 1 is the outer package of the container label, 2 is the locking mechanism, 6 is the sequential storage tank/box space for identification objects, and 4 is the inside of the label. Marking object removal mechanism and/or release gate, 5 is marking object potential energy or/and external driving force moving mechanism.

Figure 4 is a schematic diagram of the structure of the chain-shaped packaging box/bag with built-in label container label in the second scheme. 1 is the outer wrapping body of the container label, 2 is the locking mechanism, and 4 is the removal mechanism and/or release gate of the marked object in the label. 5 is the potential energy or/and external driving force moving mechanism of the marked object, and 7 is the chain-shaped packaging box/bag of the marked object.

Figure 5 is a schematic structural diagram of the second inverted built-in container label tray/wheel-shaped packaging box. 1 is the outer wrapping body of the container label, 2 is the locking mechanism, 4 is the removal mechanism and/or release gate of the marked object in the label, and 5 is The marking object potential energy or/and external driving force moving mechanism, 8 is a marking object tray/wheel-shaped packaging box.

Figure 6 is a schematic diagram of the structure of the liquid storage soft bag label with built-in identification container label in Scheme 1. 1 is the outer inclusion of the container label, 2 is the locking mechanism, 9 is the liquid storage soft bag for the identification object, and 4 is the removal of the identification object in the label. Mechanism and/or release gate, 5 is the movement mechanism of potential energy or/and external driving force of the marked object.

Figure 7 is a schematic diagram of the structure of the Internet of Things with built-in identification container tags for controlled release identification objects.

Implementation

In order to make the purpose, features and advantages of the present invention clearer and clearer, the specific implementation modes of the present invention are described below in conjunction with the accompanying drawings and examples. In the description of the following embodiments, more specific details are elaborated in order to fully understand the invention. , does not mean that the present invention is limited to the embodiments and structures shown in the description. Inspired by the present invention, professionals in the field can derive a variety of similar functional structures and methods. Therefore, the present invention is not limited by the following disclosed embodiments. .

In traditional identification and the previously disclosed inverted built-in identification technology solution, there must be a one-to-one correspondence between the label and the identification object in order to realize the labeling effect of the label on the identification object. If a label corresponds to multiple identification objects, in order to ensure that the identification To ensure accuracy, these multiple identification objects must be packaged into one package and labeled as a whole. In this way, once the package as a whole is opened, the identification of all identification objects in the package will be released at the same time, regardless of whether it is opened. When packaging, the purpose is to use as many identification objects in the package as possible, even if only one is used.

Faced with this problem, the traditional solution can only be to subdivide the labeling, splitting several or batches of labeled objects in one package into several smaller packages or single labels. This will increase the workload of labeling on the one hand. , On the other hand, it will also increase the cost of labeling. At the same time, it is difficult to subdivide batch packaging of certain items, such as powders or granules, liquids, etc.

The present invention discloses a technical solution, as shown in Figure 1 and Figure 7, using an inverted built-in identification container label, adopting a method of controlled release of identification objects and a label structure to achieve detection of powdery or granular materials, liquids and Accurate identification of other batch identification objects, realizing controlled release of batch identification objects according to needs, de-identification, and keeping the identification of other remaining identification objects in the built-in identification container label to continue to be valid.

Embodiment 1: This embodiment provides an application example of controlled release of bulk identification objects in batches. As shown in Figure 2, the identification object is packaged in the bulk storage tank/box space 3 of the container label 1, and is pushed by the gravity potential energy to slide to the removal mechanism and/or release gate 4. The system identifies and confirms the container through a reader or scanner. After labeling, an unlocking and release command is issued to the container label, the container label locking mechanism 2 is released, the release removal mechanism and/or the release gate 4 is rotated under the driving of the potential energy or/and the external driving force moving mechanism 5, and the bulk storage tank/box is The marked object in the space 3 moves out of the container label 1, and then the removal mechanism is released and/or the release gate 4 stops moving, the container label locking mechanism 2 is locked, the container label 1 is closed, and the release process is repeated to meet the needs of different release amounts. , the release operation and related monitoring data are collected, recorded and uploaded by the reader or scanner, and the identification of other remaining identification objects in the container label continues to be valid.

Embodiment 2: This embodiment provides an application example of controlled release of batched serialized identification objects. As shown in Figure 3, the identification object is packaged in the storage slot/box space 6 of the container label 1. After the system identifies and confirms the container label through a reader or scanner, it issues an unlock release instruction to the container label, and the container label locks The stop mechanism 2 is released, and then the removal mechanism and/or the release gate 4 is released, and the marked object in the sequential storage slot/box space 6 is driven out of the container by the potential energy of the marked object or/and the external driving force moving machine 5 Tag 1 is then released and the removal mechanism and/or the release gate 4 is closed, and the tag locking mechanism 2 is locked. Repeated or continuous release process can meet the needs of different release amounts. The release operation and related monitoring data are collected by the reader or scanner. Record and upload, the identification of other remaining identification objects in the container label will continue to be valid.

Embodiment 3: This embodiment provides an application example of controlled release of batched rolled chain-shaped packaging boxes/bags with identification objects. As shown in Figure 4, the identification object is packaged in the identification object roll chain-shaped packaging box/bag 7 of the container label 1. After the system identifies and confirms the container label through a reader or scanner, it issues an unlocking and release instruction to the container label. , the container label locking mechanism 2 is released, and then the removal mechanism 5 is released to pull the chain-shaped packaging box/bag 7. At the release position of the container label 1, open the chain-shaped packaging box/bag 7 and remove the marked objects inside it. The object moves out of the container label 1, and then the chain-shaped packaging box/bag 7 stops rotating or pulling, and the label locking mechanism 2 is locked; the release process is repeated to meet the needs of different release amounts. The release operation and related monitoring data are obtained by the reader Or the scanner collects records and uploads them, and the identification of other remaining identification objects in the container label continues to be valid.

Embodiment 4: This embodiment provides an optional controlled release application example for batch packaging of identification objects. As shown in Figure 5, the identification object is packaged in the identification object tray/wheel-shaped packaging box 8 of the container tag 1. After the system identifies and confirms the container tag through a reader or scanner, it issues an unlocking and release instruction to the container tag. The container label locking mechanism 2 is released, and then the removal mechanism 5 rotates the disk/wheel-shaped packaging box 8, and by identifying the sub-label of the packaging box/bag 8 and/or identifying the location of the packaging box/bag 8, the release command is released. The selected packaging box/bag 8 moves to the release position of the container label 1, the gate 4 of the disk/wheel-shaped packaging box 8 is opened, and the marked object inside is moved out of the container label 1, and then the disk/wheel-shaped packaging box 8 stops Rotate, and the label locking mechanism 2 is locked; the release process is repeated to meet the needs of different selections and release amounts, release operations and related monitoring data

The records are collected and uploaded by the reader or scanner, and the identification of other remaining identification objects in the container label continues to be valid.

Embodiment 5: This embodiment provides an application example for the controlled release of batch liquid identification objects. As shown in Figure 6, the liquid identification object is packaged in the liquid storage soft bag 9 of the container tag 1. After the system identifies and confirms the container tag through a reader or scanner, it issues an unlocking and release command to the container tag, and the container tag locking mechanism 2 Release, then release and remove the mechanism gate 4 to open, the liquid marking object is moved out of the container label 1 by the gravity potential energy or the roller driving mechanism 5, then the release and removal mechanism gate 4 is closed, and the label locking mechanism 2 is locked; control the gate as needed The switching time or flow rate can meet the needs of different release amounts. The release operation and related monitoring data are collected, recorded and uploaded by the reader or scanner. The identification of other remaining liquid identification objects in the container label continues to be valid.

The foregoing description illustrates and describes embodiments of the present invention. It should be understood that the present invention is not limited to the form disclosed herein and should not be regarded as excluding other embodiments, but can be used in various other combinations, modifications and environments. And it can be modified through the above introduction or inspiration within the scope of the inventive concept of this article. Modifications and changes made by those skilled in the art do not depart from the spirit and scope of the present invention, and shall be within the protection scope of the appended claims of the present invention.

Claims

A method of using a container label with an inverted built-in identification, which is characterized in that: the container label is controlled by the Internet of Things system, unlocks and releases part or all of the identification objects in the container label by time or quantity, removes them from the container label, releases the identification, and keeps the container The identification of unreleased identification objects in the tag continues to be valid.
A method of using an inverted built-in identification container label with controlled release to identify an object according to claim 1, characterized in that: the container label identification object release and removal mechanism and the external driving force mechanism of the controlled release identification object are combined with the label reading It is associated with the reader or scanner and is controlled by the Internet of Things system; the release times or/and weight of the identified object or/and other monitoring data are recorded and/or uploaded by the reader or scanner.
A method of using an inverted built-in identification container label with a controlled release to identify an object according to claim 1, characterized in that: the identification method of the container label of the controlled release identification object is: or radio frequency identification RFID, or IC identification, or Barcode identification, or magnetic card identification, or a combination thereof.
A method of using an inverted built-in identification container label for controlled release of identification objects according to claim 1, characterized in that: the identification objects are either in bulk and disorderly packaged in the container label, or in bulk and in an orderly manner. In the container label, they may be packaged in the container label in a disordered manner, or in an orderly manner in the package form.
A method for using an inverted built-in identification container label with a controlled release of an identification object according to claim 1, characterized in that: a container label identification object release and removal mechanism of a controlled release identification object can selectively release the identification object. .
According to claim 1, a method for using a container label with an inverted built-in identification, characterized in that releasing the identification object from the container label includes but is not limited to the following steps and sequences:

S1. Label or/and identification object identification;

S2. Issue an unlock release instruction to the confirmed tag;

S3. The label locking mechanism is opened;

S4. Remove the released identification object and close the label;

S5. The label locking mechanism is locked;

S6. Data recording and/or uploading.
According to claims 1 and 6, based on the same inventive concept, the present invention proposes two container label structure solutions for the use method of controlled release of inverted built-in identification container labels to identify objects: Solution 1: A controlled release of identification objects The container label structure with an inverted built-in mark is characterized in that: the container label with an inverted built-in mark at least includes the following structure: container label outer inclusion (1), locking mechanism (2), bulk storage space (3) or sequence of marked objects There is a storage tank/box (6) in the shape, the object removal mechanism and/or release gate (4) is marked in the label, and the object potential energy or/and external driving force movement mechanism (5) is marked.
Option 2: A container label structure with an inverted built-in mark for controlled release of the marked object, which is characterized in that: the container label with an inverted built-in mark at least includes the following structure: container label outer wrapping body (1), locking mechanism (2), logo Object tray/wheel-shaped rotating packaging storage box (8) or rolled chain packaging box/bag (7) or chain-shaped packaging box/bag, with the object removal mechanism and/or release gate (4) identified in the label ), identifies the object's potential energy or/and external driving force moving mechanism (5).
An inverted built-in identification container label structure for controlled release of identification objects according to claim 1, 6, 7 or 8, characterized in that: the moving power of the identification objects in the container label is: or the gravitational potential energy of the identification objects, or Label internal elastic potential energy, or external driving force, or a combination thereof.
An inverted built-in identification container label structure for controlled release identification objects according to claim 1, 6, 7 or 8, characterized in that: the driving mode of the identification objects in the container label is: or tape drive, or rolling Roller drive, conveyor belt drive, spiral push drive, spiral conveyor belt drive, elastic push drive, or a combination thereof.