ES2714627T3 - Door frame comprising a storage device - Google Patents

Abstract

Combination of a door frame (2), a door and a storage device (1), a storage device (1) that is suitable for receiving deliveries, the storage device (1) being constructed and arranged to be removably secured to the door frame (2) so that, when the door is opened and the storage device (1) is secured to the door frame (2), the space surrounded by the door frame (2) is closed by the device warehouse (1), storage device (1) comprising at least one lockable door (24A, 24B) on one side, lockable door (24A, 24B) that can be delivered by parcel services so that the goods delivered by said services can be received securely in the storage device (1), and also comprising conical bolts (20A, 20B) to align the storage device (1) within the door frame (2) when the conical bolts (20A , 20B) engage with the door frame ( 2) to secure the reservoir device (1) to said door frame (2), in which the conical bolts (20A, 20B) are preferably connected to a locking mechanism.

Description

DESCRIPTION

Door frame comprising a deposit device

Technical field of the invention

The present invention relates to a door frame for a door comprising a deposit device, in which the deposit device is suitable for receiving deliveries, to a deposit device, to a standardized box for transporting goods / deliveries and to the method of using a deposit device to receive deliveries. In more detail, the present invention relates to a deposit device that can be placed in a door frame while the door is open so that the house or apartment is locked while the deposit device is secured in the door frame . The deposit device acts as a door so that the package services can use the deposit device as a secure space for deliveries while the recipient is not present.

Description of the related technique

In recent years, the mail order business has been growing steadily. In particular, the share of electronic commerce has increased greatly with respect to the mail-order business.

The business of selling by classic or Internet-based mail allows a customer to choose products / merchandise from a catalog or a website. Once the goods have been ordered, they are packed and shipped to the customer, usually using package services that will transport the order to the customer and will be received by the customer at his home or place of work, as the case may be. according

For reasons of brevity, the following text will refer to an apartment, or a flat, or a house or a house, but this is not intended to exclude an office space or other buildings as the intended place of delivery.

For the delivery and receipt to be made correctly, it is important that the customer is present during the delivery, which does not always happen.

The package services involved have developed strategies to compensate for the fact that the customer is not always present at the time of delivery. The strategies used are very broad and range from leaving the package at a previously agreed delivery point, asking a neighbor of the intended recipient to receive the package in case the original recipient is not at home at the time of delivery, structures of reception that include multiple compartments, until sending the package to the nearest branch of the service provider and asking the recipient to pick it up when it is convenient.

All the above solutions have different disadvantages. When a package or shipment cannot be delivered to the recipient because the recipient is not at home at the time of delivery, the person delivering the package may try, for example, to contact neighbors who are willing to receive the package at least temporarily so that the original recipient can pick up, when he returns, the package at the neighbor's address. However, it is a task that takes a long time for the person making the delivery because he has to find a neighbor who is willing to accept the package and fill out a form that informs the original recipient that the package has been delivered to the neighbour.

An alternative is the agreement on a distribution point that is usually agreed upon by a contract between the client and the package service. This also has disadvantages. For example, a contract of this type has to be formalized with each package service that a distributor can use, which leads to multiple agreements that must be reached before the package is delivered. In addition, the original recipient is not always aware that the package service has actually been chosen by the distributor and, therefore, may not necessarily ensure that the necessary agreements exist in relation to a delivery point. In addition, a question of liability arises, since contracts are usually written in such a way that package services are no longer responsible for any damage or theft once the package has been distributed.

Another option that has chosen multiple package services is to build reception structures for packages or packages that can be accessed either during business hours or 24 hours a day in which packages are delivered and then collected by the recipient original.

However, delivery structures have multiple limitations and disadvantages. Delivery structures typically comprise multiple doors (for example one for each received package) that open after a customer is identified as the recipient so that the original recipient can extract the package. Therefore, if such a structure is intended to provide delivery options for a certain number of customers, it is necessary to install the same number of doors with individual opening mechanisms and a control section in a public access area.

The technology and useful surface needed for these delivery structures, especially since they have to be tamper proof and theft, make large structures expensive. In addition, if very few recipients use the compartments used at the end of a working day, the empty spaces available for the deliveries of the following day will be insufficient, which resulted in another solution developed by the package services and mainly used today in d ^ to.

In that case, packages that could not be delivered either to the recipient, or to neighbors, or in the reception structure are taken to an establishment or branch of the corresponding package service where the package stays for a predetermined number of days before being sent back to the distributor. The original recipient can pick up the package during that time usually during business hours. This presents multiple disadvantages, specifically, that establishments need a significant amount of useful area in order to accommodate all packages that the original recipient must collect over time, they are required to be tamper proof due to the important values that They are stored temporarily and also require extra staff during peak hours, usually on weekends, when customers wish to pick up their packages.

In summary, none of the available systems provide a feasible solution that is both convenient for customers and cost effective for package services.

In addition, none of the above solutions for delivery allows the delivery of perishable items that require refrigeration. To date, the delivery of such merchandise generally requires that the customer be at the delivery address specified during the time of delivery or that the person making the delivery has unsupervised access to the site at that address.

An additional problem of the logistics system as it is used today is that the goods are usually packaged individually by a distributor and each distributor sends its own package. These packages do not usually have standard sizes because there are no established standards. This leads to multiple problems regarding the handling of packages. For example, it is difficult to ensure safe transportation and proper cargo securing when all packages have different sizes and shapes. Finally, the packages can withstand different loads so that they can only be stacked to a certain extent without damaging other packages in the stack.

Some of the problems mentioned above are addressed in the prior art.

Document DE 202016 101841 discloses a box or a closet that can be used for package delivery and is designed to be mounted inside a hole in a wall so that it can be accessed from the outside by the package service and from the interior by a recipient / client. This prior art closet is not suitable for installation in an apartment or a house without major construction work, since it is necessary to build an exterior wall to have a hole of the dimensions of the box. Only in this way will be oriented outward only one side of the box, as planned.

US 6,415,552 refers to an exterior wall of a building that is provided with a door that can be opened to expose a plurality of compartments to receive a wide range of deliverables. Accordingly, the same problems apply as in DE 20 2016 101 841 regarding the installation of the compartments.

WO 97/12186 discloses a refrigerator comprising two doors on opposite sides so that the refrigerator can be mounted on a wall or alternatively on a door, such as a door for an apartment or the main door of a house / building. However, this document fails to provide a simple solution by means of which a delivery structure or delivery device can be placed within a door frame without modifying the door and / or the door frame. In addition, it fails to disclose a compartment or space that can be used for deliveries that do not require refrigeration.

Document JP11-336446 refers to a home delivery box that is constituted so that at least some panel bodies are brought into contact in a vertical direction within a rectangular range of an entrance door for a building.

US 2006/0179724 refers to an apparatus, a system and a method for storing deliveries. The delivery storage apparatus includes an exterior opening to allow individual delivery of goods.

Document US 1,469,359 refers to improvements in service cabinets especially for the reception of household supplies.

Summary of the invention

In view of the prior art, an object of the present invention is to provide a system that is capable of receiving deliveries and allows rapid installation without the need to modify an exterior wall of a building or indeed any wall while providing a space. Safe and secure to receive packages from package services.

This problem is solved by a combination of a door frame, a door and a storage device according to claim 1. The dependent claims relate to advantageous embodiments of the invention.

A door frame according to the invention comprises a storage device that is suitable for receiving deliveries. The storage device can be removably secured to the door frame so that, when the storage device is secured to the door frame, the space surrounded by the door frame is closed by the storage device. Accordingly, the deposit device acts as a door when it is fitted in the door frame and can be placed in the door frame when a recipient leaves their house / apartment so that package services can access the deposit device.

The deposit device allows package services to deposit a package within the deposit device. The deposit device can be placed in the door frame when the door is open and, therefore, close the house or apartment, or alternatively the door can be removed and replaced by the deposit device, which means that the deposit device It will act as a door even when the recipient is at home.

The dimensions of the deposit device are advantageously as described below. To make the deposit device compatible with a variety of door frame sizes, the current situation in relation to main doors and apartment doors is summarized. Depending on the region, the percentage of used doors that are main doors is between 30% - 40% in northern Europe and 85% - 90% in southern Europe, while most of the rest are doors of apartment. The doors usually comprise standardized dimensions that do not vary much depending on the building. The doors for apartments or single-family houses comprise a width of 80-100 cm and a height of approximately 2 m (190 cm - 200 cm).

The storage device comprises at least one lockable door on one side. Package services can open the lockable door so that package services can deposit merchandise or packages to be delivered within the deposit device. The storage device preferably comprises two other doors and more preferably four doors on one side.

This allows different sections / compartments to be opened when a delivery request is managed, which favors security and versatility.

When the deposit device is used as a door while the original door is disassembled, it is preferred to install doors on the opposite side of the deposit device so that the package services can operate the deposit device from one side (for example, the outside) while the customer / recipient operates the deposit device on / from the other side (for example, inside).

The storage device may also include an alarm system and / or surveillance cameras in order to identify the person making the delivery, on the one hand, and provide additional security, on the other hand, for the building and / or the packages received.

The storage device may comprise multiple compartments, for example two compartments or preferably three compartments and more preferably four compartments. The height and width of the compartments are limited by the dimensions of the most commonly used door frames as explained above in greater detail.

The advantage of the four compartments is that all the compartments offer enough space in terms of height while the last compartment can still be reached comfortably.

It is preferred that at least one of the compartments is capable of providing cooling or even freezing so that perishable goods can be delivered to the storage device such as food, medication requiring cooling or frozen foods, while the required chain of fno remains intact. Accordingly, the reservoir device may comprise a compressor, a vaporizer and at least one heat exchanger or alternative cooling means. The deposit device can be coupled to the power supply system of the apartment or house in order to receive electric power to drive the compressor and / or a controller.

The door frame of the claimed combination may be equipped with multiple holes (eg, four) perpendicular to the opening direction. The deposit device comprises conical bolts that can be hooked into the holes in the door frame to secure the deposit device to said door frame. With the use of conical bolts, the deposit device only requires an approximate alignment with the holes when the blocking procedure is initiated because the deposit device will be aligned when the conical bolts enter the holes in the door frame.

Alternatively, the holes may be provided in additional parts mounted above the door frame or mounted to replace the door frame parts oriented inwards. Additional parts may be composed of any material such as wood, plastic or metal provided that the material is strong enough to secure the deposit device. The additional parts may be long rectangular parts, preferably also being rectangular in a sectional view. The length of the additional parts may be such that the holes for one side are provided within an additional part. However, an additional part can also be provided for each hole.

The deposit device may comprise a front design that has a shape and color that modulate it from the apartment or house in which the deposit device is used so that, when the deposit device is removed from the door frame, it can move to the kitchen and be used as a closet or refrigerator in that kitchen.

An advantage of a deposit device comprising a front design that matches the furniture of the house is that it can be stored in the house when the recipient is at home and has removed the deposit device from the door frame without departing from the interior design .

The deposit device preferably comprises wheels that allow easy movement of the deposit device inside the apartment or house. The provision of wheels simplifies the positioning of the storage device in the door frame or a space or a different room of the house when the client / recipient is at home and the pre-installed door is used to close the apartment or house.

In order to track the packages, the deposit device comprises a barcode scanner and / or an RFID reader in at least one compartment or preferably in all compartments, so that delivery can be tracked of packages when they have been inserted or delivered to the deposit device.

The deposit device may further comprise a control system that can be connected to the Internet and control the securing of the deposit device to / in the door frame. The control system can also control the alarm system and / or the surveillance cameras. The control system can also control access to the compartments or space within the deposit device to ensure deliveries, on the one hand, and make it possible for package services to deposit a delivery into the deposit device, on the other hand. The controller can also be used to control the locking mechanism with which the deposit is secured to the door frame.

The deposit device can also be used to return shipments to the original distributor or supplier allowing the package service to remove the packages after identification and transport the package or package to the return address.

In view of the prior art, a system that allows safer transport and cargo insurance and especially more efficient transport is disclosed by providing a box that can be received in the deposit device using the maximum available space.

The boxes are reusable and comprise batches and / or RFID chips so that the traceability of the boxes is ensured and especially they can be programmed so that it is not necessary to print labels that present the receiving address and the recipient but to program the recipient on the chip RFID in the box. Other means of identification / labeling of the boxes are possible, for example electronic ink screens, which display the recipient's address, or bar codes or both. Alternatively, an individual number can be assigned to each box so that the recipient of a box is not programmed into a box but the recipient is mapped to the number in the logistics service system. It is also possible to combine the aforementioned ID systems and, for example, provide each box with an individual number while also using RFID chips to store information regarding the recipient in each box.

The electronic system can be powered by a rechargeable battery that can be optionally charged using inductive chargers in the storage device.

The boxes can be programmed into the deposit device by the original recipient. With that, the boxes can be used to return unwanted or rented items or packages that need to be disposed of by the retailer or the mail order company.

The boxes can be used by any person in the market who is willing to adopt the standard so that a standardized unit packaging is possible throughout the transport chain (logical chain).

The box may be provided with slits or openings to allow air flow in the box. This is especially advantageous when the box is used for the delivery of perishable goods such as vegetables or other foods because, when the box is placed inside a cooled environment, air can flow easily to the goods stored inside the box. and, therefore, a cooling of perishable goods is enhanced. Using such a box for food and other perishable goods is especially advantageous since those goods are usually wrapped individually, which leads to a high number of individual items that can then be easily combined in the box.

The boxes preferably have a width of 55-65 cm, a depth of 40-50 cm at an upper end and a width of 45-55 cm at a lower end. The boxes also comprise a preferred height of 35-45 cm. The dimensions of the storage device and the boxes are chosen according to standard sizes of the main doors of single-family buildings or doors of flats / apartments as explained above. The chosen dimensions of the boxes are related to the size of the deposit device, whose size and consequent advantageous effects are as explained in detail above.

Using a standardized box size and using the integrated electronic system, the degree of automatic manipulation with respect to the handling of conventional packages using different sizes and different materials can be greatly improved.

Other advantages of the boxes as described above are that all the boxes comprise equal dimensions and can be used in all compartments of the deposit device and, in the event that packages are not shipped using the boxes, they can be stacked within a compartment of the deposit device

Next, a deposit device specially made to house the boxes will be called a multi-box deposit.

Brief description of the drawings

Figure 1 shows a sectional view of a multi-box warehouse, the main door or the floor door being open; The section is taken along line A-A in Figure 2.

Figure 2 shows a sectional view of the multi-box tank locked in a door frame; The section is taken along line B-B in Figure 1.

Figure 3 shows a sectional view of the multi-box deposit, the doors of the multi-box deposit being closed; The section is taken along the C-C line in Figure 1.

Figure 4 shows a box that can be used in the multi-box warehouse as a delivery box containing fruit or other goods.

Description of preferred embodiments

In the attached drawings the same reference numbers will be used for similar or equal elements. The repetitive description of these elements will be omitted. Therefore, a description of an element can refer not only to a particular figure but also to several or all of the figures.

The deposit device 1 or multi-box deposit 1 of the preferred embodiment comprises four compartments 26A-26D which are arranged one above the other (one above the other). The compartments preferably have a cube shape. The four compartments 26A-26D preferably have substantially the same dimensions.

Figure 1 shows a top view in section of the multi-box tank 1. The multi-box tank 1 comprises a frame structure 100 which may be composed of steel or aluminum. However, different materials such as plywood or other natural materials, polymeric materials, composites, or other materials known in the art of furniture manufacturing can be used. The multi-box deposit 1 does not necessarily have to comprise a frame structure 100. It can also be made as a closed box type. In the preferred embodiment shown in Figure 1, the width of the multi-box tank 1 is 80 cm. The width of the frame 100A, 100B is 5 cm. The frame is located mainly on the left and right sides of the multi-box warehouse.

In the preferred embodiment, the multi-container tank 1 has a height of 210 cm in total and a compartment has a height of 45 cm, a width of 64 cm and a depth of 48 cm.

The dimensions of the 26A-26D compartments are 64 cm wide and 48 cm deep. The multi-container tank 1 has insulation material 110 attached to its rear side. The material is thermally insulating when the compartments are used to keep deliveries fna. The material also has acoustically insulating properties. The total depth of the multi-container tank 1 including the doors 24A-24D and the insulation material 110 is 60 cm in the preferred embodiment. The depth of 60 cm is preferred because it makes it easier to store the multi-container tank 1 when it is not placed in the door frame 2 to receive deliveries. The depth dimension will allow the multi-deposit tank 1 to fit into recesses or spaces and be flush with kitchen cabinets or bathroom. When the multi-box tank 1 is not placed in the door frame 2, it can even be used as a cabinet. Therefore, the uses for receiving deliveries and as a closet can be alternated. This is especially advantageous since the multi-box deposit 1 is integrated into the furniture present in an apartment or a house.

Figure 1 shows how the multi-box tank 1 is fixed in a standardized door frame 2, to which two side parts 10A, 10B have been added. The side parts 10A, 10B are joined on top of the original door frame 2, for example using screws 11A, 11B. Alternatively, the side parts 10A, 10B can replace the side parts oriented inward to the door frame 2. The side parts 10A, 10B are provided with holes 12A, 12B that extend along an axis that is both in a plane substantially parallel to the plane of the door frame 2 as substantially perpendicular to the longitudinal direction of the side portions 10A, 10B. The holes 12A, 12B can be cylindrical or conical. They serve to block the multi-container tank 1 in the door frame 2 or in the side parts 10A, 10B, as will be explained below.

The multi-box tank 1 comprises conical bolts 20A, 20B whose outer ends are flush with, or retracted with respect to, the outer of the multi-box tank 1 when the multi-box tank 1 is not locked within the door frame 2 or the side parts 10A, 10B When the multi-container tank 1 is moved to the door frame, the conical bolts 20A, 20B are aligned with the holes 12A, 12B of the side parts 10A, 10B. When the multi-container tank 1 is to be locked to the side portions 10A, 10B of the door frame 2, the conical bolts 20A, 20B can be moved to at least partially protrude from and engage with the holes 12A, 12B, to thereby secure the multi-box deposit 1 to the side parts 10A, 10B of the door frame 2.

The lateral parts 10A, 10B may be composed of any material such as wood, plastic or metal provided that the material is strong enough to secure the multi-box deposit. The side parts may be long rectangular parts, preferably being rectangular also in a sectional view. In the preferred embodiment, the length of the side parts is such that both holes in one side of the door frame are provided within a side part 10A, 10B. However, one side part can also be provided for each hole (multiple side parts 10A, 10B per side of the door frame).

The protruding parts of the bolts 20A, 20B are conical, the dimensions of their tip or outer end being much smaller than those of the holes 12A, 12B. Thus, it is not necessary to precisely position the multi-container tank 1 so that the conical bolts 20A, 20B align with the holes 12A, 12B. Rather, the outer end of the conical bolts 20A, 20B will fit the holes 12A, 12B and will help position the multi-container tank 1 once they have entered the holes and continue moving outward.

The upper compartment 26A shown in Figure 1 of the multi-container tank is provided with a cooling / freezing function. In the preferred embodiment, the two upper compartments 26A, 26B are provided with a cooling / freezing function so that perishable goods or frozen foods can be delivered and kept at an optimum temperature to prevent them from spoiling or thawing. Accordingly, the two upper compartments are provided with an insulation 110 to ensure high efficiency cooling. The doors 24A, 24B are also provided with insulation 111. To provide cooling, the two upper compartments 26A, 26B are provided with cooling elements 115A, 115B.

The multi-box tank 1 is also provided with a camera 20A that provides surveillance and security but can also be used for the identification of the package service (ie, the person making the delivery). In the case of a positive identification, the controller 44 of the multi-container tank 1 operates one of the blocking elements 22A-22D in order to open one of the corresponding doors 24A-24D so that the package service can deposit a package or another article in compartment 26A-26D.

Figure 2 shows a front sectional view of the multi-box tank 1, the multi-box tank being secured in the side portions 10A, 10B of the door frame. The side parts 10a, 10B are secured by screws 11A, 11B to the wall. The multi-container reservoir 1 is secured to the side parts by means of the holes 12A, 12B and the corresponding conical bolts 22A, 22B that are hooked in the holes as explained above.

Package services can use compartments 26A-26D to deposit packages or merchandise. The three upper compartments 26A-26C are equipped with 200A-200C boxes. The lower 26D compartment is used for packages packaged in a conventional manner. The compartments 26A-26D may comprise sliding rails 28 to facilitate the insertion of the boxes 200. In the embodiment shown in Figure 2, only the compartments 26 ^a , 26B comprise sliding rails 28.

Although in the preferred embodiment a configuration of four compartments 26A-26D and three of the compartments 26A-26C are used for boxes 200A-200C, the invention is not limited either in relation to the number of compartments 26A-26D or in relation to with the number of boxes 200A-C or packages placed in the multi-box warehouse 1.

Each compartment 26A-26D can be provided with a reader 30, reader 30 which can be a barcode scanner / barcode reader and / or an RFID reader. These readers 30 can be used to track received packages as well as dispatched packages and can be connected to a controller 42 described below.

The upper part 40 shown in Figure 2 comprises the controller (not shown) and the cooling systems (not shown) as well as a connector for connecting the multi-container tank 1 to the electrical system of the house or apartment.

The cooling unit can be any conventional cooling unit, however, an Electrolux cooling unit is preferred, since they have the highest energy efficiency. The controller can be a central control unit for the multi-box store 1 and comprise a Wi-Fi connection so that the multi-box store 1 can connect to the Internet and be remotely operated. The controller can also control the locking elements and the conical bolts 20A, 20B that are used to secure the multi-box tank 1 to the side parts 10A, 10B. The movement of the bolts can be motorized, for example by electrically powered solenoids, pinion and rack drive elements or any other means known to the expert. The controller can also control the doors 24A, 24B so that they open when the delivery personnel has been authorized to access any of the compartments 26A-26D or the recipient wishes to extract the received packages. This authorization can be provided by different methods or types of authentication. For example, one of the doors (24A, 24B) can provide a PIN keypad so that the person making the delivery or the recipient enters a PlN and so, if the PIN is validated, access to any of the 26A-26D compartments. Alternatively or additionally, the controller to which the cameras are connected (20A, 20B) can provide a facial recognition feature so that access is granted to the person making the delivery when the face corresponds to any face to which the recipient of the package allows access. Most of the authentication and authorization features used today in smartphones, tablets or personal computers can be used for this purpose.

The controller can also use the inductive readers / chargers 32 to program or track the boxes 200 when the package services place the boxes in the multi-box warehouse 1 or when a recipient places a box 200 in the multi-box tank 1 so that collect to return unwanted items. The boxes are described in detail further below.

A sectional side view of the multi-container tank 1 is shown in Fig. 3. The slide rails 28 of the upper compartments 26A, 26B are provided throughout the depth of the compartments 26A, 26B. However, the slide rails 28 can also be of reduced length as long as the insertion of the boxes 200 is facilitated.

The compartments 26A-26D are also provided with inductive chargers 32 / coupling means 32 for charging the electronic parts provided in the boxes 200, which will be described in detail with respect to Figure 4.

The doors 24A, 24B are provided with door handles 25. Although in the preferred embodiment only two doors 24A, 24B for 4 compartments 26A-26D are shown to separate the cooled compartments 26A, 26B and the compartments 26C, 26D not equipped with a cooling system, any number of doors is possible. It is even possible to remove the doors completely and secure the boxes 200 inside the multi-container tank 1. However, it is preferred to provide doors 24 so that cooling efficiency is enhanced, on the one hand, and, on the other hand, packaged goods can be received in a conventional manner that requires a door or some kind of closed compartment to prevent theft.

The multi-box tank 1 is placed on wheels 50, which allows an easy movement of the multi-box tank 1 inside the apartment or house and facilitates the arrangement of the multi-box tank 1 within the door frame 2.

The boxes with respect to figures 4a-4c are described in detail below. The boxes 200 in the preferred embodiment are provided with a width of 60 cm and a depth of 55 cm at an upper end. The lower end is smaller so that 200 empty boxes can be stacked to store the boxes efficiently, as shown in Figure 4c. The upper frame has a height of 5 cm and surrounds the tank multi-box 1. The height of a box 200 is 40 cm so that four boxes can fit in a multi-box tank 1 that fits into a door frame comprising a height of 190-200 cm.

The dimensions of the multi-box warehouse described above were chosen due to the limitations of the standardized German door frames. The dimensions of the boxes 200 are chosen so that the boxes can be advantageously used in a multi-box warehouse 1 having such dimensions and, therefore, are also linked to the dimensions of the standardized door frames. Once the multi-box tank is used in a country that uses different standards for door frames, it will be necessary to adapt the dimensions accordingly.

The upper end of the multi-box warehouse is provided with a frame 202 comprising the electronic system of the boxes 200 used to track and establish a destination / recipient. The electronic system of each box 200 is capable of replacing the label as used conventionally and communicating via RFID. The electronic cash system comprises a chip 204 to provide a memory function for storing information such as content, recipient, addresses for delivery and / or origin, etc. The chip comprises an antenna to provide RFID capabilities. The electronic system also comprises a baton 206 that can be charged by inductive chargers 32 provided in the multi-bin tank 1.

The boxes 200 can be provided with grooves or holes 208 to allow ventilation from the outside to enhance cooling when the box is inserted into a multi-container tank 1 comprising a cooling system or a delivery vehicle that uses a cargo space cooled.

Claims (9)

1. Combination of a door frame (2), a door and a deposit device (1), deposit device (1) that is suitable for receiving deliveries, the storage device (1) being constructed and arranged to be removably secured to the door frame (2) so that, when the door is opened and the storage device (1) is secured to the door frame (2), the space surrounded by the door frame (2) is closed by the storage device (1), storage device (1) comprising at least one lockable door (24A, 24B) on one side, lockable door (24A, 24B) that can open the package services so that the goods delivered by said package services can be received from secure way in the deposit device (1), and further comprising conical bolts (20A, 20B) to align the reservoir device (1) within the door frame (2) when the conical bolts (20A, 20B) engage with the door frame (2) to secure the device from deposit (1) to said door frame (2), in which the conical bolts (20A, 20B) are preferably connected to a locking mechanism. 2. Combination of the claim 1, wherein the door comprises a width of 80-100 cm and / or the door is the main door of a building or a door of a flat / apartment and / or the storage device (1 ) comprises a width of 75-90 cm and a height of 185-200 cm. 3. Combination according to claim 1 or 2, wherein the storage device (1) includes an alarm system and / or surveillance cameras (20A, 20B). 4. A combination of any one of claims 1 to 3, further comprising at least two compartments (26), in which at least one of the two compartments (26) may be cooled, or four compartments (26), wherein At least two compartments (26) may be cooled and one of the cooled compartments (26) is a freezer compartment. 5. Combination of any one of claims 1 to 4, wherein the at least one door (24) is formed such that, when the storage device (1) is removed from the door frame (2), the device Tank (1) can be integrated into a modular kitchen and / or the tank device (1) comprises a depth of 55-65 cm. 6. A combination of any one of claims 1 to 5, wherein the deposit device (1) is placed on wheels (50), which preferably allow movement of the deposit device (1) in any direction. 7. A combination of any one of claims 1 to 6, further comprising a barcode reader (30) and / or an RFID reader (30) and / or a power supply (32) based on induction in at least one compartment (26) and / or comprising a control system, control system that is connected to the Internet and controls the securing of the door frame (2) by means of a locking mechanism and / or the assurance of deliveries allowing access to the at least one door (24). 8. A combination of any one of claims 4 to 7, further comprising stackable boxes, wherein the at least one compartment is formed so that stackable boxes (200) can be received in the storage device (1), optionally comprising boxes (200) an RFID chip (204) and / or a baton (206) so that the traceability of the boxes can be ensured and preferably that they can be programmed. 9. Method of using a combination according to any one of claims 1 to 8, to deliver and / or collect packages or groceries.