JP3213027U - Delivery system and container - Google Patents

Abstract

Disclosed are a delivery system that enables a consumer to confirm the traceability of food delivered to a consumer, and a container tagged with traceability information. A delivery system that accommodates and delivers produced food in a BOX with a traceability tag and delivers the food to a user includes: A smartphone 5 and a tag unit 25, and a smartphone 13 and a tag unit 25 of a consumer 11 capable of reading and displaying the tagged traceability information, and the consumer 11 receives the delivered BOX 23 with traceability tag When the food is received after being opened, the smartphone 13 can be used to visually check the traceability information about the food, and the relationship between the food and the traceability information can be confirmed. [Selection] Figure 1

Description

  The present invention relates to a delivery system and a container, and more particularly to a delivery system that accommodates and delivers produced food in a container and delivers the food to a user, and a container used for the delivery.

  Generally, a delivery container such as a cardboard box is used for delivery of food. Structural measures such as improving the strength of the cardboard have been made. In addition, an idea of a cardboard box in which a wireless IC tag is embedded for tracking the cardboard box is also born (patent document 1).

Japanese Patent No. 4717928

  However, although the above-described conventional technique is an idea for a container such as cardboard, it is not devised in relation to the contents contained in the container, particularly food. For this reason, for example, what needs to be strictly managed, such as halal food, what kind of processing has been performed on the food, the above technology does not allow the user to confirm the traceability of the food There is a problem.

  Therefore, the present invention has been made in view of the above circumstances, and an object thereof is to provide a delivery system and a container that allow the user to confirm the traceability of food delivered to the user.

  A first aspect of the present invention is a delivery system for storing produced food in a container and delivering it to a user, and tagging the container with traceability information relating to the produced food. Reading and displaying means capable of reading and displaying the tagged traceability information, and when the user opens the delivered container and receives the food, the reading and displaying means The traceability information about the food can be visually recognized using the, and the relationship between the food and the traceability information can be confirmed.

  In a second aspect of the present invention, in the first aspect, the tagging is performed using a QR code (registered trademark) code for accessing traceability information, and the tagging means includes the QR code ( A seal printed with a registered trademark code is printed out, and the seal is pasted on the container.

  In a third aspect of the present invention, in the first or second aspect, the traceability information can be written and read using an application in a smartphone and stored in a cloud computing server. It is.

  According to a fourth aspect of the present invention, in any one of the first to third aspects, the food includes halal food.

  A fifth aspect of the present invention is a container tagged with traceability information relating to the produced food described in the first aspect.

  ADVANTAGE OF THE INVENTION According to this invention, the delivery system and container which a user can confirm the traceability of the food delivered to a user can be provided.

1 is a schematic block diagram showing an overall model of a delivery system according to an embodiment of the present invention.

  Embodiments of the present invention will be described below with reference to the drawings. The embodiments of the present invention are not limited to the following examples.

  FIG. 1 is a schematic block diagram showing an overall model of a delivery system according to an embodiment of the present invention.

  The delivery system 1 includes a producer 3 smartphone (hereinafter referred to as “smartphone”) 5, a deliverer 7 smartphone 9, a consumer 11 smartphone 13, and a management unit 17 managed by the administrator 15. . The management unit 17 includes a management server 19 and a delivery server 21. These servers 19 and 21 are servers using cloud computing, and have a system configuration in which security using a one-time password or the like is regarded as important. The management server 19 is managed by an administrator 15, and the administrator 15 can also access the delivery server 21 under the security environment. The delivery system 1 uses a BOX 23 with a traceability tag as a container for storing the food produced by the producer 3 and delivering it to the consumer 11 by the deliverer 7. A sticker on which a QR code (registered trademark) code is printed is pasted as a tag using a near field communication (NFC) technology. Here, the same applies to the following, but the producer 3 includes not only the producer of the primary industry but also the processor of the secondary industry.

  The BOX 23 with a traceability tag will be further described. For example, when halal food is stored, a film pack that can be checked for opening without contamination is placed in the box, and the film pack is processed in accordance with halal standards. Food is contained. If there is a mark that is certified to have been subjected to such halal processing, the certification mark is attached to the BOX 23 with a traceability tag. Since this certification mark is present and the opening check is possible, the consumer 11 who eats halal products can eat the food safely and safely. Further, in order to technically support safety and security, a tag unit 25 is provided in the BOX 23 with a traceability tag. That is, the producer 3 uses the smartphone 5 to input food traceability information, which is package information, to the management server 19. At this time, the application of the smartphone 5 is activated by near field communication (NFC) of the tag unit 25 of the BOX 23 with a traceability tag. Is locked so that the information is not rewritten at the same time. The tag need not be limited to a QR code (registered trademark) code, and may be another one such as an IC chip.

  Here, the delivery person 7 is shown as single in the drawing, but the person in charge of collection on the producer 3 side, the person in charge of delivery on the consumer 11 side, the distribution center as a relay point and the person in charge of collection or delivery person in charge. In general, there are a plurality of intermediaries such as a subcontractor in charge of the main contractor and a substitute agent that is generated as necessary. The person in charge of collection of the delivery person 7 uses the smartphone 9 to input the receipt information at the time of collection to the management server 19 and input the collection information to the delivery server 21. Simultaneously with this input, a shipping mail is sent to the consumer's smartphone 13. Relay information is input to the delivery server 21 from the collection information delivery center. The delivery person in charge of the delivery person 7 inputs the delivery information to the delivery server 21 using the smartphone 9 and simultaneously inputs the delivery completion information to the management server 19 when the delivery to the consumer 11 is completed.

  The consumer 11 can use the smartphone 13 to access the delivery server 21 and check the delivery status and the like, and the smartphone 13 activated by the near field communication (NFC) of the tag unit 25. The management server 18 may also be accessed by the application in the server to directly access the traceability information (package information) of the food and browse it for confirmation, or linked with a QR code (registered trademark) code. The contents of the delivered food may be checked by browsing the traceability information (package information).

  Such a delivery system 1 is used, in particular, a traceability tagging BOX 23 is used. For example, even for halal food, the consumer 13 confirms the processing applied to the food in a technically supported state. It is possible to eat safely and safely. Furthermore, if the above-described certification mark is used, safety and security can be visually recognized and can be easily confirmed.

DESCRIPTION OF SYMBOLS 1 ... Delivery system, 5, 9, 13 ... Smartphone, 17 ... Management part, 19 ... Management server, 21 ... Delivery server, 23 ... BOX with traceability tag, 25 ... Tag part

Claims (5)

In a delivery system in which produced food is stored in a container and delivered to the user,
Means for tagging the container with traceability information regarding the produced food;
Reading and displaying means capable of reading and displaying the tagged traceability information;
When the user opens the delivered container and receives the food, the user visually recognizes the traceability information regarding the food using the reading display means, and determines the relationship between the food and the traceability information. A delivery system that can be confirmed. The tagging is performed using a QR code (registered trademark) code for accessing traceability information,
The delivery system according to claim 1, wherein the tagging unit prints out a seal printed with the QR code (registered trademark) code, and the seal is attached to the container.   The delivery system according to claim 1 or 2, wherein the traceability information can be written and read using an application in a smartphone and is stored in a cloud computing server.   The delivery system according to any one of claims 1 to 3, wherein the food includes halal food.   A container tagged with traceability information about the produced food product according to claim 1.

Images