The present invention discloses a vending machine shipping container that transcends the conventional boundaries of product transportation and advertising. This innovative container merges the functionality of safeguarding vending machines during transit with the dynamic potential of advertising. It features an outer shell designed to securely house and transport vending machines, with overhead awing provide shade and shelter from weather and integrated advertising screens strategically positioned on the container's sides and front showing images or information about products, company name, purpose of showcasing to attract people passing by. These high-resolution screens enable the presentation of dynamic, eye-catching advertisements. The container also incorporates power sources by solar panel, allowing it to display content and receive real-time updates via internet connectivity. This novel approach not only ensures the safe transit of vending machines but also transforms the container into a powerful advertising platform, revolutionizing the vending and shipping industries.

Conclusion

The described vending machine shipping container with integrated advertising screens represents a significant advancement in the vending and shipping industries. It combines the protection of vending machines during transit with an innovative approach to advertising.

A cassette for accommodating glass includes: a cassette main body for accommodating a plurality of glasses; a housing arranged on at least one side of the cassette main body and including a plurality of openings arranged side by side in one direction; and a plurality of doors configured to open and close the plurality of openings.

An expandable storage container comprises a floor and two longitudinal walls, each wall comprising at least one arm, with the wall connected through the arms to the floor so as to provide lateral extension of the longitudinal walls away from the floor. In certain embodiments, the arms are slideably or hingedly connected to the floor to provide lateral extension.

An automated top door system is provided for selectively closing and opening a cargo container for top loading of cargo. The top door system includes: a door panel, a rotary actuator driven by a motor, and a coupling means connecting the door panel and the rotary actuator. The door panel is a self-supporting structural lightweight door panel, and the coupling means, which is a separate part or is part of said door panel, is configured to provide rotational movement of the door panel around a rotational axis of the rotary actuator, in response to the rotary movement provided by the rotary actuator, when in use. A top-loadable cargo container includes an automated top door system; and uses of the automated top door system in transport vehicles.

A transport and storage container includes a container base surface for holding cargo, end walls and side walls which surround the container base surface, and a container roof which closes off the transport and storage container at the top and is arranged spaced apart from and parallel to the container base surface. At least one side wall has an unloading door and at least one arrangement point for further cargo is provided on a door surface of the unloading door that faces a container interior. A method is disclosed for unloading the transport and storage container and an arrangement including at least two transport and storage containers.

A container to contain cargo. The container has a first side, a second side, and a wheel side. Wheels are connected to the wheel side. The container is selectively positionable between an upright orientation and a side orientation. The upright orientation positions the first side downward to contact a support surface and with the wheels spaced away from support surface. The side orientation comprises the first wheel side positioned downward towards the support surface and with the first side and the second side spaced away from the support surface.