IT202100014882A1 - System and method for shipping and returning items purchased electronically - Google Patents

Description

Patent application for industrial invention entitled:

?System and method for shipping and returning items purchased electronically?

DESCRIPTION

Technical sector

The present invention refers, in general, to a system and method for the shipment by a sender and/or the return by a recipient of items purchased electronically and delivered by means of a carrier.

In particular, the present invention relates to a system configured to provide a buyer/recipient with maximum security for what? which concerns the integrity, at the time of delivery, of items purchased electronically.

The present invention also refers to a method, implemented on computerized devices, configured to guarantee the purchaser the integrity of objects purchased electronically at the time of delivery and delivery by means of a carrier.

Known art

In the world ? more and more the market for items purchased electronically is growing.

It is well known that purchases made electronically require that the buyer/recipient, once the order has been placed, receives the product, generally packaged in a package, at a destination address by means of a carrier or courier.

Famously, ? it is also foreseen that the carrier, if he does not find the recipient at the destination address, leaves the package unattended at that address or leaves a message with indications regarding a subsequent delivery.

The sending, delivery and delivery procedures currently known present a plurality? of problems.

First of all not ? guaranteed that the package prepared by the sender is delivered to the recipient's address without any tampering.

Secondly isn't it? guaranteed delivery, as the delivery of the package can? take place in the absence of the recipient with consequent possible notice of non-delivery, which for? involves great loss of time on the part of the recipient and/or the carrier.

In general, the Applicant has observed that the telematic purchasing sector presents a plurality of interconnected problems that require an overall rethinking of the modalities? delivery and delivery of items purchased electronically.

Description of the Invention

Purpose of the present invention? to systematically solve the problems currently present in the delivery of objects, preferably packaged, purchased electronically.

Purpose of the present invention? also to systematically solve the problems currently present in the return of items purchased electronically.

The system and method for shipping and returning items purchased electronically as claimed achieves its purpose.

The invention? defined by the attached claims.

The present invention also relates to a support readable by a computer having instructions executable by the computer for carrying out the aforementioned method by means of a suitable system APP installed on several? devices.

What? as used here, the reference to a medium readable by a computer ? understood as equivalent to reference to a computer-readable medium containing instructions for controlling a computer system in order to coordinate the performance of the method according to the invention.

The reference to ?a computer? or a "computerized system" ? aimed at highlighting the possibility that the present invention is implemented in a distributed way on a plurality? of computers or terminals such as smartphones, tablets, etc.

What are the claims? as the description and the figures form an integral part of the technical teaching provided herein regarding the invention.

The following summary description of the invention ? given for the purpose of providing a basic understanding of some aspects of the invention.

Isn't this concise description? an extensive description and as such should not be understood as being able to identify all the key or critical elements of the invention, or being able to completely outline the scope of the invention. Its sole purpose? to present some of the many concepts of the invention in a simplified and concise form so? to anticipate some elements present in the figures and in the detailed description below.

According to a feature of a preferred embodiment ? provided that the system for shipping items purchased electronically allows the sender to:

- prepare a container with a package inside in which the container? normally reusable,

- proceed to load at least three codes in the appropriate entries provided for example by the graphic interface of the system APP so that these codes are transmitted and memorized in a hardware module provided in a safety cabinet set up at the recipient's address,

- also memorize, with the system APP, the first code in an RFID tag, provided in an anti-opening device included in the container, and proceed to close the container including the package inside,

- transmitting the second code to the carrier and the third code to the recipient, both preferably in the form of bar codes to allow opening a hatch included in the safety cabinet.

According to a further characteristic of a preferred embodiment ? provided that the carrier, having reached the recipient's address, proceeds to: - open the door with the second code and insert the container in the safety cabinet, so that it is activated:

- an RFID reader, provided in the safety cabinet, to recognize the first code contained in the RFID tag, included in the container, and to authorize the closing of the tailgate with an electric or electronic lock, and - the hardware module to automatically transmit to the sender, the recipient and the carrier a successful delivery message or respective successful delivery messages.

In the course of a? Further operation? provided that the recipient with the third code opens the door and collects the container so, in this phase, the hardware module is activated to:

- automatically transmits to the sender a message confirming the delivery of the container and therefore of the package to the recipient.

In summary, in accordance with some characteristics of the present invention, the system by means of the system APP makes it possible to certify the delivery and delivery of the package expected by the recipient to the installation address of the safety cabinet, without requiring the presence of any person at the place of delivery.

This automatic certification allows the recipient to pick up the package when it will be available. in its possibilities? giving automatic confirmation to the sender of the delivery.

According to a further characteristic of the present invention ? it is also foreseen that the system also allows you to manage a secure procedure for returning the package delivered to the recipient.

According to this characteristic? provided that the sender, once he has obtained the security cabinet access credentials from the recipient of the package, loads two return codes via the system APP, for example via a screen provided for returning the package, and memorizes them in the safety cabinet hardware module.

The first return code includes a unique first package return barcode and the return address to the sender.

The first return code ? expected why? once the container has been inserted into the safety cabinet, the recipient can close the door of the safety cabinet with the electric or electronic lock following the reading of this bar code by the bar code reader.

The second return code ? a second unique barcode that will be? used by the carrier to open the tailgate where ? contained the container with the parcel.

The carrier will have to have the barcode reader read this second return code so that the door is opened and the container can be withdrawn by the carrier.

Opening the safety cabinet with the second barcode automatically involves sending the sender a confirmation message that the container is safe. been picked up by the carrier.

In summary, the system also guarantees the implementation of a return procedure in which

the sender ? authorized to send to the recipient, who will want? return the package, the first return code, and to the carrier, in charge of collecting the package, the second return code for the collection of the container and the transmission to the sender of a collection made message.

Brief description of the Figures

These and other characteristics and advantages of the present invention will become clear from the following description of preferred embodiments made by way of non-limiting example with the aid of the accompanying figures, in which elements indicated with the same or a similar reference number indicate elements which have same or similar functionality? and construction and in which:

Fig. 1 schematically represents a system according to a preferred embodiment;

Fig. 2a and 2b schematically represent a safety cabinet and a respective door included in the system of Fig.1;

Fig. 3a, 3b, 3c, 3d schematically represent an example of container included in the system and examples of anti-opening devices included in the container.

In the context of this description ? provided that the figures are not necessarily to scale and that terms such as: superior, inferior, longitudinal, orthogonal, lateral, above, below, etc. are used in their conventional meaning unless otherwise indicated.

Description of a Preferred Embodiment Forms

With reference to Fig. 1 ? schematically represented a system 10 designed for the dispatch, transport, delivery and delivery, to the address of a recipient, of a package 9.

According to the preferred embodiment ? provided, in particular, that the delivery can take place without the presence of the addressee or other person in charge.

When the recipient of the package will collect it, even in moments following the delivery, it will automatically come sent to the sender a confirmation of delivery of the package.

Structurally, the system comprises a safety cabinet 12, preferably installed at a place chosen by the recipient, at least one container 14 configured to contain, in use, at least one package 9 to be delivered and/or delivered to the recipient.

The system 10 also provides for the presence of computerized devices 11, such as for example PCs or Smart Phones, of a known type, comprising at least one system APP 15 intended to cooperate with an anti-opening device 40 (Fig. 1, 2a, 2b , 3a-3d), included in the container 14, and with other devices included in the safety cabinet 12.

The safety cabinet 12 ? a normally empty container, preferably electrically powered by an electric mains or by a battery, for example by a rechargeable battery or an accumulator.

The safety cabinet, preferably in the shape of a right parallelepiped, comprises five sides 21 and a hatch 22 and is, for example, of the burglar-proof type.

The safety cabinet ? installed, according to the preferred embodiment, at the place of residence and/or work of the addressee or user who intends to make use of the present invention.

The safety cabinet 12 comprises, inside one of the sides 21 or inside the door 22, an RFID tag reader 24, for example an RFID/NFC (Radio Frequency IDentification/Near Field Communication) tag reader in capable of reading codes stored in an RFID tag at a short distance and a lock 29, preferably electrically or electronically controlled, for automatic closing and/or opening of the tailgate.

The RFID tag reader 24, preferably, ? electrically powered only when the door 22 of the safety cabinet is closed manually, how will it be? more described in detail below with reference to the operation of the system 10.

Preferably, on the opening and closing door 22 of the safety cabinet ? the lock 29 has been mounted which electrically controls the closing deliveries which will be inserted, in a known way, in the frame, preferably along three sides 21 of the wardrobe.

According to the preferred embodiment ? it is envisaged that one or more? of the following components:

1) a handle 25, for example a handle for manual opening of the safety cabinet. This pull handle 25 ? provided to allow a carrier, responsible for the delivery of the package 9, to place the package in the safety cabinet;

2) luminous indicators 27, for example red and green light LED (Light Emitting Diode) indicators, configured to visually indicate the closing or opening conditions of the safety cabinet, in particular to indicate whether the lock 29 is ? activated in closing, for example green light, or not activated (open), for example red light;

3) a barcode reader 26, for example a barcode or QRcode reader; 4) a keyhole 28, configured to allow, for example, manual closing of the safety cabinet with a key, when the safety cabinet is not? in use; and, optionally,

5) a keyboard 23, for example an alphanumeric keyboard with keys or of the touchscreen type.

According to the preferred embodiment ? it is also envisaged that a hardware module 31 is included inside the safety cabinet, for example in the form of a smartphone, comprising, for example, a SIM 33 on which the? stored, for example, the system APP 15 configured to manage the components included in the safety cabinet 12, such as, for example, the lock 29, the RFID tag reader 24, the bar code reader 26 and various envisaged functions for these components in addition to other functions provided in the system, as will? more described in detail below.

The hardware module 31, in the preferred embodiment, is also provided for sending, in use, for example with the system APP 15 itself, via a communications network 18, of a known type, respective messages of successful delivery, in the form of messages or e-mails, to the sender, to the carrier and to the recipient of the package, following the insertion of the container 14 in the safety cabinet 12.

The container 14 preferably has a parallelepiped-shaped structure and dimensions such as to be able to be inserted in the safety cabinet 12.

The container 14, inside which the package 9 is inserted, in use, for delivery and delivery, ? a reusable container, normally empty, made, for example, of fibreglass, plastic or other suitable material.

In the preferred embodiment, the container 14 has a lid 41, for example hinged to one or more lids. hinges 42, provided on one of the sides 43 of the container.

The container ? configured to be able to be opened and closed by rotating the lid 41 around the hinge 42 and to be able to enable the intervention of the anti-opening device 40.

The anti-opening device 40, included in the container 14, comprises, according to various embodiments shown purely by way of example in Figures 3b, 3c, 3d, a plug-in component 46 connected to the lid on the opening side and, for example, a guide 52 connected to the plug-in component 46 at the side 43 facing the opening side.

According to the preferred embodiment, the guide 52 is connected to a blade 51 and ? configured to operate the blade directly or indirectly, in the event of activation of the plug-in component 46, and therefore in the event of opening of the lid 41.

Preferably, the anti-opening device 40 also comprises a plate 56, for example a plate shaped like a ?U? reversed, able to slide on lateral guides 57 and to be inserted in the anti-opening device before closing the container.

Are you using plate 56 ? configured to contain or support at least one RFID tag 59 containing information biuniquely associated with the package 9, inserted or to be inserted in the container 14.

The plug-in component 46 together with the blade 51, included in the anti-opening device 40, come into operation in case of opening of the container 14 after a first closure of the same container.

The anti-opening device 40 ? configured so as to signal, in use, the possible opening of the container 14, comprising the pack 9, before the same container is inserted inside the safety cabinet 12.

In fact, in the latter case, it is foreseen that the opening of the cover activates the movement of the plug-in component 46, of the guide 52 and of the blade 51 so that the latter cuts or tears the RFID tag 59 included inside the plate 56.

In particular, if the container 14, comprising the package 9, has been opened or tampered with before being inserted inside the safety cabinet, the RFID tag 56 will be cut or torn, and the safety cabinet 12, not recognizing the RFID tag 56 with the RFID tag reader 24, will refuse? the receipt of the package, will not give? the assent to the closure of the lock 29 and will not send? the appropriate message, to the sender, the carrier and the recipient, of successful delivery of the package, for example with the system APP 15, making it effectively impossible to confirm the delivery of the package.

In summary, the anti-opening device 40 ? configured so that any opening or tampering with the container 14 comprising the package 9 can be controlled automatically before delivery.

In particular, the anti-opening device 40, in the forms described or in other similar ones, which can be easily understood by a person skilled in the art, is configured in such a way that, when the lid 41 of the container 14 is opened, the RFID tag 59 comprising the shipping RFID code is damaged (cut and/or torn), which? can not more be detected by the RFID tag reader 24, included in the safety cabinet 12, effectively making it impossible to receive the parcel upon delivery.

How already? anticipated, the system 10 provides for the presence of a system APP 15 configured to regulate the methods of shipping and certification of successful delivery and delivery to the recipient of the container 14 including the package 9 and/or return of the same package to the sender or shopkeeper in case of error.

In general ? it is envisaged that the system APP 15 is configured in such a way that, at the time of electronic purchase, the purchaser/recipient of the parcel enters an access code and, preferably, in the system APP, in a preliminary phase an access password, available to the sender/seller, to allow the latter to enter the information necessary for the delivery and delivery of the package.

In particular, according to the preferred embodiment ? provided that the system APP 15 is configured so as to manage at least three codes, preferably memorized by the sender in the system APP itself upon use of the access code received from the recipient.

The three codes are designed to be memorized in the hardware module 31 and to enable the closing and opening functions of the safety cabinet and to ensure functionality of system 10, during the delivery and delivery of the package to the addressee.

The first code 110 ? the unique RFID shipping code of the package, preferably complete with the password for reading the same RFID tag.

The first code includes the same data shown on the RFID tag inserted inside the container 14 comprising the package 9.

The first code 110 is stored, in particular, in the hardware module 31 of the safety cabinet 12 so that the RFID reader 24, present inside the safety cabinet, can detect and recognize the unique shipping code of the label RFID 59 contained in the container.

In use, the recognition by the safety cabinet 12 of the RFID tag 59 automatically provides consent to the closure of the lock 29 included in the door 22 of the safety cabinet 12 and the switching of the LEDs, for example, from red light turns green, once the container has been inserted inside the safety cabinet.

Preferably ? provided that, together with the closing of the lock 29, the system APP automatically sends a message, for example an SMS or an email, to the sender, the carrier and, in particular, the recipient, of the successful delivery of the package in the safety cabinet and therefore at the delivery and delivery address provided by the recipient.

even more preferably ? provided that the first code includes an RFID tag reading password so that the RFID tag can only be read by the RFID reader of the recipient's specific safety cabinet, avoiding that the same RFID tag can be read by other RFID readers and be counterfeit.

The second code 120 ? the unique code that will come? used by the carrier for opening the safety cabinet 12.

The sender of the package via the system APP 15 transmits the second code 120 to the carrier. This second code? provided to allow the carrier to open the lock 29 of the safety cabinet 12.

Preferably the second code 120 has the form of a bar code and is designed to be read by the bar code reader 26, instructed by the hardware module, and to allow the carrier to open the door 22 of the safety cabinet.

When, in use, the safety cabinet 12 will be? opened by the carrier of the container, the hardware module 31 will automatically send? to the sender, the carrier and the recipient himself, a message acknowledging the passage of the carrier from the place of delivery.

Preferably, the second code (opening code of the carrier) once loaded by the sender in the system APP 15, is transmitted to the carrier, in charge of delivering the container 14, by message and/or mail.

The third code 130 ? the unique code that will come? used by the recipient of the package, contained in the container 14, to open the lock 29 of the door 22 of the safety cabinet 12.

Preferably the third code 130 has the form of a further barcode and is intended to be read by the bar code reader 26, instructed by the hardware module, to allow the addressee to open the door 22 of the safety cabinet.

In accordance with the preferred embodiment, the sender of the package loads the third code 130 (opening code of the recipient) 130 into the system APP 15 so that it is memorized in the hardware module 31 of the security cabinet 12 and set for reading of this code to give consent to the release of the lock 29 by the addressee.

In use, when the recipient will use? the third code 130, the hardware module 31 will send? automatically to the sender, the carrier and the recipient himself, a message acknowledging that the package has been delivered to the recipient.

Preferably the third code 130 is sent to the recipient of package 9 by message and/or mail.

How easily understandable by a person skilled in the art, preferably ? also foreseen that the successful delivery of parcel 9, i.e. of the container 14, is ratified ?subject to verification of the contents?.

How does the system described up to now work? the following.

The sender, in a preliminary phase, in particular during the purchase by the recipient, receives from the same recipient of the package, through the system APP 15, the access code and, preferably, the password, identifiers of the security 12 of the same recipient.

In a first effective phase the sender prepares the container 14 and the package 9 inside it, and proceeds to load the three codes, 110, 120, 130 in appropriate entries, provided for example by the graphic interface of the system APP 15 in so that these codes are transmitted, via the communications network 18, and memorized in the hardware module 31 of the safety cabinet.

In a second phase, after having memorized the first code 110 in the RFID tag 59 with the system APP 15, the sender proceeds to close the container 14 including the package 9 inside.

In the same phase, the carrier receives the second 120 code, in the form of a bar code, which is foreseen to open the door 22 of the safety cabinet at the time of delivery, and the addressee receives the third code 130, again in the form of a further bar code, which is? provided for opening the hatch 22 and extracting the container 14 with the package.

In a third phase, the carrier, having arrived at the recipient's address, opens the hatch with the second code 120 and inserts the container into the safety cabinet 12.

During this third phase ? stipulated the following:

- the RFID reader 24, instructed by the hardware module, recognizes the first code 110, d? the consent to closing the hatch with the lock 29 and preferably transmits to the sender, the carrier and the addressee, by means of the hardware module 31, respective messages of successful delivery;

or alternatively:

- the RFID reader 24, instructed by the hardware module, does not recognize the first code 110 and blocks the closure of the hatch with the lock 29 keeping, for example, the LEDs in red light, so that the delivery of the container is in fact rejected and the hardware module 31 preferably transmits to the sender, to the carrier and to the addressee respective delivery rejected messages.

In a fourth phase, in case of successful delivery, ? provided that the recipient with the third code 130 opens the door and collects the container. In this phase the hardware module 31 transmits to the sender a message confirming the delivery of the container and therefore of the package to the addressee.

In summary, the system 10, in accordance with the preferred embodiment, by means of the system APP 15 makes it possible to certify the delivery and delivery of the parcel expected by the recipient to the installation address of the safety cabinet 12, without requiring the presence of any person at the place of delivery. This automatic certification allows the recipient to pick up the package when it will be available. in its possibilities? giving automatic confirmation to the sender of the delivery.

According to the preferred embodiment ? it is also envisaged that the system 10 also allows managing a secure procedure for returning the package delivered to the addressee.

According to this procedure? it is foreseen that the sender, once he has obtained the access credentials of the safety cabinet 12 from the recipient of the package, in an equivalent way to what already? foreseen in the electronic purchase procedure, loads through the system APP 15 two return codes, 210 and 220, for example through a screen provided for the return of the package 9, and memorizes them in the hardware module 31 of the safety.

The first return code 210 comprises a first unique package return barcode and the return to sender address.

According to the preferred embodiment, the first return code 210 should be printed by the recipient and applied to the container 14.

This printed code, which includes the first return bar code and the return address provided by the sender, allows the carrier to deliver the container 14 to the sender.

The first return code ? expected why? the recipient, once the container has been inserted into the safety cabinet 12, can cause the lock of the door 22 of the safety cabinet to close automatically following the reading of this bar code by the bar code reader 26.

According to the present embodiment ? provided that closing the hatch also involves sending, by the system APP 15, a message to the sender and to the carrier indicating that the container with the package is? contained in the safety cabinet 12 and that ? waiting to be picked up by the carrier.

The second return code 220 ? a second unique barcode that will be? used by the carrier to open the lock 29 of the hatch 22 in which ? contained the container with the parcel.

The carrier will have to make the barcode reader 26 read this second return barcode so that the hatch is opened and the container can be withdrawn by the carrier.

According to the present embodiment ? it is foreseen that the opening of the safety cabinet 12 with the second return bar code automatically entails the sending to the sender of a confirmation message that the container is? been picked up by the carrier.

In summary, the return procedure provides that

the sender sends to the recipient, who will want? return the package, the first return barcode, provided for closing the hatch 22, and to the carrier, in charge of collecting the package, the second return barcode for opening the hatch 22 and picking up the container comprising the parcel to be returned.

According to a first variant of the embodiment described ? provided that the sender can upload a fourth 140 code to be used by the carrier on the system APP.

In this case the fourth code 140 ? an additional code, loaded on the RFID tag, configured to allow the carrier, equipped with an RFID reader, to verify that the container containing the package has not been opened before delivery to the same carrier.

In summary, ? provided that this fourth code is also contained within the package?s RFID packaging label so that the carrier, before taking charge of the container with the package, is certain that the container has not been opened.

According to a second variant, aimed at increasing the safety features of the system, ? provided that the container comprises, for example embedded in its structure or applied internally, a fine mesh cage, made with a conductor wire electrically connected to a further RFID tag, included in the container and in contact with the cage.

According to the second variant, who can? also be provided together with the first variant, the additional RFID tag comprises a further RFID code.

According to this further variant ? provided that the additional RFID code is configured to allow the carrier, equipped with an RFID reader, to verify that the container containing the package has not been opened before delivery to the same carrier.

Also according to this second variant ? it is also foreseen that the hardware module includes the further RFID code and that the RFID reader is configured to read also the further RFID code included in the further RFID tag to enable closing of the safety cabinet with the lock.

According to this second variant ? foreseen the possibility? to protect the package from any tampering, cuts, holes, etc. of the container since, in the event of damage to the cage and consequent interruption of the metal wire, the further RFID tag is not more able to be read by the carrier, when taking delivery of the container, n? from the RFID reader present in the safety cabinet, if the damage occurs during the delivery route.

Also in accordance with the second variant possibly added to the first, will it not? enabled the automatic closing of the safety cabinet with the lock in case of damage to the container.

The system described allows to guarantee at least the following advantages:

- increases the level of security against attempts at tampering and/or theft of parcels sent worldwide by carriers; this advantage makes it possible to encourage the purchase of objects electronically.

- traces any parcel delivery errors to causes attributable to incorrect packing of the parcels in the sender's warehouse.

- reduces the waste of packaging materials as the transport containers of the parcels are reusable.

- guarantees the carrier that he will take care of? of the delivery of the parcels to be able to deliver the parcels to the recipients without them actually being present at the time of delivery, this advantage allows the carrier to be able to carry out many more deliveries within the same day without having to return to the same place at different times or days.

- in the case of at least one of the possible variants, guarantees the carrier, when taking charge of the container containing the package and even before starting the delivery procedure, that the same container has not been previously tampered with.

- the intelligent type safety cabinet ? configured to refuse delivery of the parcel if the container ? been opened or tampered with before delivery. - provides companies? of insurance the possibility? to save on compensation for theft resulting from tampering with parcels. There? it translates into a drastic reduction of useless loss of time to prepare the relative compensation practices and also into an evident economic saving.

Of course, obvious modifications and/or variations are possible to the above description, in the shapes, materials, components and circuit elements so as in the details of the illustrated construction and method of operating without departing from the invention as set forth in the following claims.

Claims (9)

1. A system for shipping one or more? parcels purchased electronically by a recipient, the system including - a safety cabinet (12) located in a place chosen by the addressee, characterized in that it comprises - a container (14) configured to contain at least one package (9), sent by a sender by means of a carrier, and sized so that it can be inserted into the safety cabinet through a hatch (22), in which - said safety cabinet comprises at least - an RFID tag reader (24), - an electrically controlled lock (29), - a barcode reader (26) included in the tailgate, e - a hardware module (31) connected at least to the RFID tag reader, the lock and the barcode reader, in which - said container comprises at least - a chip (56) configured to contain or support an RFID tag (59), e - an anti-opening device (40) configured to directly or indirectly operate a blade configured to cut or tear off the RFID tag if the container is opened, in which - said hardware module ? configured to store at least - a first code (110) comprising data included in the RFID tag arranged to enable closing of the door after the container?s insertion into the safety cabinet and reading of the data included in the RFID tag by the RFID tag reader ( 24), - a second code (120) comprising data designed to enable the opening of the door and allow the container?s insertion into the safety cabinet, - a third code (130) comprising data designed to enable the opening of the hatch and allow the recipient to extract the container from the safety cabinet. 2. The system according to claim 1, wherein the closing of the safety cabinet following the reading of the data included in the RFID tag entails the automatic transmission by the hardware module of a message or a Mail at least to the recipient of delivery of the parcel. 3. The system according to claim 1 or 2, wherein the opening of the security cabinet by the recipient with the third code involves the automatic transmission by the hardware module of a message or a Mail at least to the sender of delivery of the package to the recipient. The system according to any one of claims 1 to 3, wherein the second code and the third code are barcodes. 5. The system according to any one of claims 1 to 4, wherein said container (14) also comprises - a metal cage made with a conductor wire connected to a further RFID tag included in the container and including a further RFID code, and wherein said security cabinet comprises stored in said hardware module 31 - the additional RFID code configured to block the enabling, by means of the RFID tag reader, of the door closing after the container has been inserted into the safety cabinet, in the event of damage to the cage. 6. The system according to any one of claims 1 to 5, configured to also allow a return procedure of the container including the package, said procedure providing that the sender memorizes it in the hardware module - a first return code (210) set up to enable the recipient to close the door of the safety cabinet and automatically transmit to the sender and the carrier a message or e-mail indicating that the container is ? included in the safety cabinet and awaiting collection, - a second return code (220) designed to enable the carrier to open the door of the safety cabinet and automatically send the sender a message or email indicating that the container is ? been picked up by the carrier. The system according to claim 6, wherein the first and second return codes are barcodes. 8. A method for delivering and delivering a package purchased electronically to a recipient, the method including the stages of - inserting and closing the package (9) by a sender in a container (14) comprising an anti-opening device (40), - load at least three codes (110, 120, 130) into a hardware module (31) included in a safety cabinet (12), - the first code being intended to enable closing of the safety cabinet following insertion of the container, - the second code being intended to enable the opening of the safety cabinet by a carrier to allow the container to be inserted, - the third code being intended to enable the recipient?s opening of the safety cabinet to allow the recipient to collect the container, - use the second code (120) by the carrier to open the safety cabinet and deliver the container, - automatically use the first code (110) to check by means of the anti-opening device that the container is not ? been tampered with, and enable the closure of the security cabinet in case of non-tampering, - automatically send a message or email via the hardware device to at least the addressee to inform of the delivery of the container with the package, in case of non-tampering, - use the third code (130) by the recipient to open the safety cabinet and collect the container with the package, - automatically transmit a message or email via the hardware device to at least the sender to inform of the delivery of the container with the package to the addressee. 9. The method according to claim 8, also comprising a procedure for returning the container comprising the package, said procedure comprising the steps of - load at least two codes (210, 220) into the hardware module (31) included in the safety cabinet (12), in which - the first return code (210) ? set up to enable the recipient to close the door of the safety cabinet and automatically transmit to the sender and the carrier a message or e-mail indicating that the container is included in the safety cabinet and awaiting collection, e - the second return code (220) ? set up to enable the carrier to open the door of the safety cabinet and automatically transmit to the sender a message or e-mail indicating that the container is ? been picked up by the carrier.