Courier Delivery Box

Abstract

Present embodiments relate to a courier delivery box for transporting food, configured to be removably attached to a motorized and/or human-powered vehicle or bicycle, the courier delivery box comprising a housing, an interior for storing the food, and a door for providing access to the interior of the courier delivery box, wherein the courier delivery box further comprises one or more removably inserted shelfs, at least two shelf positioning structures for providing optional positions for the shelfs in the interior of the courier delivery box, such that the interior of the courier delivery box can be variably subdivided into two or more compartments by selectively inserting each of the one or more shelfs into the shelf positioning structures, heating means for heating at least one of the compartments, and one or more functional units arranged at a side of the courier delivery box, wherein the one or more functional units comprise an electronics unit 6 including power supply means.

Claims

1. Courier delivery box for transporting deliveries, in particular food or groceries, the courier delivery box being configured to be removably attached to a motorized and/or human-powered vehicle, the courier delivery box comprises: a housing; an interior for storing the deliveries; and a door for providing access to the interior of the courier delivery box; wherein the courier delivery box further comprises at least one shelf; at least two shelf positioning structures for providing a plurality of positions for the shelfs in the interior of the courier delivery box, wherein the at least one shelf is removably inserted in one of said shelf positioning structures such that the interior of the courier delivery box can be variably subdivided into a plurality of compartments by selectively inserting the at least one shelf into the shelf positioning structures; heating elements for heating at least one of the compartments; and at least one functional unit arranged at a side of the courier delivery box, wherein the at least one functional unit comprises an electronics unit including a power supply.

2. The courier delivery box according to claim 1, wherein the electronics unit includes a heating control unit for controlling the heating elements, or wherein the courier delivery box comprises a second functional unit, the second functional unit is a heating control unit for controlling the heating elements.

3. The courier delivery box according to claim 1, wherein the courier delivery box comprises a third functional unit, the third functional unit is an ambient unit including a fan for air exchange between at least one of the compartments and the environment.

4. The courier delivery box according to claim 1, wherein the courier delivery box comprises a fourth functional unit, the fourth functional unit is a cooling unit including a cooling aggregate for cooling at least one of the compartments.

5. The courier delivery box according to claim 4, wherein the cooling aggregate includes a compressor.

6. The courier delivery box according to claim 1, wherein at least one of the functional units is of a modular configuration so that it can be coupled to and decoupled from the courier delivery box.

7. The courier delivery box according to claim 4, wherein at least the cooling unit is of the modular configuration.

8. The courier delivery box according to claim 3, wherein the cooling unit is removably attached to the ambient unit such that the air being drawn from the environment and supplied to at least one of the compartments by the fan can be cooled by the cooling unit.

9. The courier delivery box according to claim 1, wherein the electronics unit has a hinged cover panel.

10. The courier delivery box according to claim 9, wherein the hinged cover panel comprises a gasket.

11. The courier delivery box according to claim 9, wherein the electronics unit forms a cable routing gap at a lower part of the hinged cover panel for routing a cable to the electronics unit through the cable routing gap.

12. The courier delivery box according to claim 9, wherein the electronics unit includes a lock for locking the hinged cover panel.

13. The courier delivery box according claim 1, wherein the heating elements are located in an upper portion of the interior of the courier delivery box for heating at least the uppermost compartment of the courier delivery box.

14. The courier delivery box according to claim 1, wherein the courier delivery box further comprises at least one ionizer for purifying the air inside of at least one of the compartments.

15. The courier delivery box according to claim 1, wherein the interior of the courier delivery box is lined with a food-safe material.

16. The courier delivery box according to claim 1, wherein the courier delivery box is temperature-insulated.

17. The courier delivery box according to claim 1, wherein the door is hinged to the housing so as to be pivotable about a vertical axis and/or the door has a handle.

18. The courier delivery box according to claim 1, wherein the outside of the housing and/or of the door is/are finished with metal.

19. The courier delivery box according to claim 1, wherein the courier delivery box further comprises a door lock for locking the door.

20. The courier delivery box according to claim 1, wherein the at least one shelf is composed of a perforated metal sheet or a temperature insulating plastic board.

21. (canceled)

Description

[0026] In the following, an embodiment will be described in more detail and by referring to the appended drawings, in which

[0027] FIG. 1 shows a perspective view to the rear and to a side of an embodiment of the courier delivery box;

[0028] FIG. 2 shows a perspective view inside the courier delivery box according to the embodiment shown in FIG. 1;

[0029] FIG. 3 shows a plurality of different perspectives of the embodiment shown in FIG. 1; and

[0030] FIG. 4 shows an enlarged section of the embodiment shown in FIG. 1 and illustrates a coupling- and decoupling process of a functional module.

[0031] In FIG. 1, a perspective side and rear view of an embodiment of the courier delivery box 1 is shown. At the rear side of the courier delivery box 1, at least one of the functional units 5 is located. In the present embodiment, although in general only one functional unit 5 or any number of functional units 5, just as desired, may be comprised by the courier delivery box 1 as well, a plurality of functional units 5 is coupled to the of the courier delivery box 1. In the present embodiment the functional units 5 are located one above the other. Each of the functional units 5 is covered by the cover panels 8 or the hinged cover panel 9, respectively, which is the case of the electronics unit 6. At the opposite side of the functional units 5, the door 3 is located. The door 3 is hinged to the housing 2 and shown in an open position. Apart from the functional units 5 and the door 3, the housing 2 is shaped like a rectangular and tube-like body with rounded edges 28. This particular shape prevents wear and tear of the courier delivery box 1 and reduces the risk of injury. The housing 2 includes a core part of a plastic foam material which is covered by a metal sheeting 29. In the present embodiment, the metal sheeting is of aluminium. Due to the above-mentioned rounded edges 28 of the housing 2, only one sheet of metal material is wrapped around all four edges 28 of the housing 2, which results in a high durability of the courier delivery box 1. The surface of the aluminium sheathing is furthermore anodized.

[0032] The door 3 has also a plastic foam material as a core part and is covered by a flat anodized metal sheet, in particular by an aluminium sheet. The door 3 is hinged at one side and pivotable about a vertical axis. At the other side, the handle 4 of the door 3 is arranged which is designed as an angled flat steel component.

[0033] At the rear side of the courier delivery box 1 according to the present embodiment, the courier delivery box 1 provides three positions for coupling functional units to the courier delivery box 1. The three positions are located on top of each other. The scope of the present embodiments is however not limited to three positions, but other numbers of positions are included. The functional unit 5 placed in the middle position is the electronics unit 6. The hinged cover panel 9 at the electronics unit 6 is in the open position in which the hinged cover panel 9 rests in a horizontal position. At the inside of the hinged cover panel 9, the gasket 15 is provided. The gasket 15 extends all around the edge of the hinged cover panel 9, in order to seal the electronics unit 6 and to protect it from water or other material. At the lower left-hand side of the electronics unit 6, cut-outs are provided at the body of the electronics unit 6 and the hinged cover panel 9 forming the cable routing gap 16, so that a route is provided for the cable connection 12 while the hinged cover panel 9 is closed. The gasket 15 is configured and arranged in that it avoids entry of water and other material even if a cable routing gap 16 is provided. In the present embodiments, the cable connection 12 is realized in the form of the power cable socket 13.

[0034] The electronics unit 6 includes the battery 11 which is inserted into a designated pocket or recess of the electronics unit 6. In order to ease removal of the battery 11 from the pocket, the pocket is provided with the opening or slot 14 through which the user can push the battery 11 to the side. As such, the battery 11 can either be charged inside the electronics unit 6 via the cable connection, or replaced by a full battery 11.

[0035] The electronics unit 6 includes a user interface 10. By the user interface 10 specific operation modes and functional parameters of the courier delivery box 1 can be selected or adjusted by the user. The user interface 10 includes a display that displays information such as the remaining battery life to the user.

[0036] As the functional unit 5 placed in the bottom or low position, the courier delivery box 1 according to this embodiment includes the cooling unit 7. The cooling unit 7 in turn is covered by the cover panel 8. As will be described in more detail with regard to FIG. 4 further below, the cooling unit 7 is of a modular configuration and is attached to the ambient unit 26.

[0037] FIG. 2. illustrates the courier delivery box 1 in a perspective front view in an open state, i.e. with the door 3 in the opened position. In addition to the above-described components and configurations of the courier delivery box 1 of the present embodiments, the courier delivery box 1 may further include one or more illumination means in the interior of the courier delivery box 1, like for example a lamp 22, as shown in FIG. 2. In the shown embodiment, the lamp 22 is arranged in the vicinity of the upper edge of the housing 2 at the side of the door 3, in order to illuminate the uppermost compartment when the door is in its opened position. The walls of the housing 2 are rather thick due to the temperature-insulating core material. Therefore, the lamp 22 can be installed without any problem at a selected location into the wall without projecting from the surface of the wall to the interior of the courier delivery box 1. In this connection, the term wall also refers to the ceiling, the ground and the door 3 of the courier delivery box 1. In the present case the lamp 22 is of an LED type, but any other type of illumination means or lamp can be used as well.

[0038] In FIG. 2, the shelf positioning structures 18 can be identified. In the shown embodiment, shelf positioning means 18 are designed as horizontal grooves. The horizontal grooves are provided at the inner surface or lining of the courier delivery box 1 each of which extends all around the vertical walls of the housing 2. The horizontal grooves are designed to fit with the shelf 17 in order to accommodate it in the respective position inside the courier delivery box 1. In order to provide an even more improved closure between the thereby established compartments, corresponding shelf edge joints 21 are present at the inner surface of the door 3. In the shown embodiment, one temperature-insulating shelf 17 is inserted in the central one of the three available shelf positioning structures 18. With this configuration, the interior of the courier delivery box 1 is subdivided into two compartments, an upper compartment that can be heated by a heating element (not shown) which is installed in the upper part of the housing 2 underneath the inner lining of the courier delivery box 1, and a lower compartment to which the cooling unit 7 is assigned. Of course, it lies within the scope of the present embodiments to select another number of shelf positioning structures 18 than three and/or another number of shelfs 17 than one, in order to create additional compartments, just as desired.

[0039] The heating element, in this embodiment, is an auxiliary heater with a fan based on the working principle of resistance heating. Due to the fan circulated air flow improved heat distribution can be achieved. This kind of heating makes provides dynamic heating with fast response in start and stop, and further allows to use high heating power. This increases the safety of the courier delivery box 1 and further helps to safe energy.

[0040] At the inner rear wall of the courier delivery box 1, as illustrated in FIG. 2, the fan protective cover 20 can be identified. Air that is forced by the fan 27 passes through a gap between the inner wall and the edges of the fan protective cover 20. In the center of the fan protective cover 20 and at the inner rear wall in the upper compartment, ionizers 19 are present. The ionizers 19 are capable of cleaning the air inside the respective compartment by generating ions which are attracted by dust particles, allergens, bacteria and the like, which thereby become charged and are then attracted by the ionizer 19.

[0041] FIG. 3 illustrates the courier delivery box 1 in different perspectives. Thereby, the dashed lines indicate the axes around which the courier delivery box 1 is rotated from one perspective to an adjacent one. In the center of FIG. 3, a side view of the courier delivery box 1 is shown with the door 3 (front side) at the left and the functional units 5 (rear side) at the right-hand side. As can be seen, the cover panels 8, except from the one covering the cooling unit 7, do not project out of the plane defined by the rim or projection of the housing 2 at the rear side. The door 3 is co-planar with the plane defined by the edge of the housing 2 at the front. This results in a compact and solid appearance and reduces the risk of damage to the functional units 5 and the door 3. The handle 4 on the door 3 is designed rather small so that damage and injuries can be reduced.

[0042] The upper perspective illustrates the top view, whereas the lower one illustrates the view from below onto the courier delivery box 1. At the bottom, the courier delivery box 1 has a base plate 23 (in this embodiment, two base plates 23). The base plate 23 is finished flush with the metal sheathing 29 which extends over the four rounded edges 28 of the housing 2. At the base plates 23 mounting bores 24 are provided for mounting the courier delivery box 1 to the motorized and/or human-powered vehicle. For this purpose, the base plates 23 are formed significantly thicker than the metal sheathing 28 in order to provide more stability.

[0043] In FIG. 4, one modular concept is illustrated with reference to the cooling unit 7. The enlarged perspective view on the rear side of the courier delivery box 1 shows the ambient unit 26 with its fan 27. The cooling unit 7 or module has a casing that fits into a recess formed in the ambient unit 26. In this embodiment, the cooling unit 7 snaps in place when being inserted into the recess of the ambient unit 26 which is one of several options of coupling the cooling unit 7 to the ambient unit 26. Once inserted, the air inside the respective compartment of the courier delivery box 1 a circuit of cooled air is established in which the air of the respective compartment is circulated by the fan 27 and cooled down by the cooling unit 7, in the present embodiment, the evaporator side of the cooling unit 7. At the respective other side of the cooling unit 7, here the compressor side, heat energy in the form of hot air can dissipate to the environment by convection. In particular, the cover panel 8 covering the cooling unit 7 is configured to let the air pass through, in the present embodiment, by means of a plurality of fins 30. The plurality of fins 30 route the air between the cooling unit 7 and the cover panel 8.

[0044] The cover panel 8 is configured to be inserted into both the cooling unit 7 and the ambient unit 26. In case the cooling unit 7 is not used, the cooling unit 7 can be retracted or otherwise removed from the recess of the ambient unit 26. The cover panel 8 is then separated from the cooling unit 7 and inserted into the ambient unit 26. In this case, the lower compartment of the courier delivery box 1 has ambient conditions and the air forced by the fan 27 can circulate through the fins 30 of the cover panel 8.

[0045] The technical experts in the field will appreciate that the details of the various components of the exemplary embodiment of the courier delivery box 1 described herein should not, in principle, be regarded as inseparable from one another, unless it is expressly so stated or follows from pure logic.

REFERENCE SIGNS

[0046] 1 Courier delivery box [0047] 2 Housing [0048] 3 Door [0049] 4 Handle [0050] 5 Functional unit [0051] 6 Electronics unit [0052] 7 Cooling unit [0053] 8 Cover panel [0054] 9 Hinged cover panel [0055] 10 User interface [0056] 11 Battery [0057] 12 Cable connection [0058] 13 Power cable socket [0059] 14 Slot [0060] 15 Gasket [0061] 16 Cable routing gap [0062] 17 Shelf [0063] 18 Shelf positioning structures [0064] 19 Ionizer [0065] 20 Fan protective cover [0066] 21 Shelf edge joint [0067] 22 Lamp [0068] 23 Base plate [0069] 24 Mounting bore [0070] 25 Lock of cover panel [0071] 26 Ambient unit [0072] 27 Fan [0073] 28 Rounded edge [0074] 29 Metal sheathing [0075] 30 Fin