The oven for the transport of food, installable in particular on motorcycles or the like, comprises a container securable to a motorcycle and having an inner chamber for the housing of food, an heating heat exchanger associated with the container and adapted to heat the air in the inner chamber, in which the heating heat exchanger has an inlet duct connectable to a scavenging system of the exhaust gases of the motorcycle and an outlet duct of the exhaust gases, and a dehumidifying heat exchanger associated with the container and adapted to dehumidify the air in the inner chamber, in which the dehumidifying heat exchanger comprises a cooling portion adapted to be hit by an air flow external to the container during the transit of the motorcycle, and a dehumidification portion positioned internally to the container and adapted to condense the water vapor present in the inner chamber.

The present invention disclosed a fold-flat carrying box that's easy to store and transport. When it comes time to use a carrying box, it can easily be folded up, along with the pre-made fold lines, into a box-shape container and ready for customers' need. The materials for the carrying box can be made from paper of suitable stock, or plastic or other flexible materials, greatly increasing the ease of use and lowering the cost of storage and transportation.

The present invention disclosed a fold-flat carrying box that's easy to store and transport. When it comes time to use a carrying box, it can easily be folded up, along with the pre-made fold lines, into a box-shape container and ready for customers' need. The materials for the carrying box can be made from paper of suitable stock, or plastic or other flexible materials, greatly increasing the ease of use and lowering the cost of storage and transportation.

A food delivery safety device includes a main body having a plurality of walls that define an interior space, and a lid that selectively provide access to the interior space. A locking mechanism, access panel, camera and tampering sensors are provided along the main body to detect unauthorized access to the interior space. A controller is located within the main body and includes a wireless communication unit for sending and receiving information with a user device running a food delivery safety application.

A food delivery safety device includes a main body having a plurality of walls that define an interior space, and a lid that selectively provide access to the interior space. A locking mechanism, access panel, camera and tampering sensors are provided along the main body to detect unauthorized access to the interior space. A controller is located within the main body and includes a wireless communication unit for sending and receiving information with a user device running a food delivery safety application.

The heater bag for bakery products comprises a flexible or semi-rigid casing defining a bottom (111), side walls (110), an opening (112), and means (113) for selectively closing the opening (112). At least one semi-flexible heater plate (121, 122) having an electrical heater element (141, 142) incorporated therein is itself inserted in a pocket of natural material comprising cotton, flax, and wool, said pocket constituting a portion of the flexible or semi-rigid casing of the bag. For each heater plate (121, 122), the heating power per cm.sup.2 lies in the range 0.13 W to 0.24 W.

Disclosed is a hotbox food delivery bag that retains temperature for a long time and is easy to operate. The bag comprises a heating kit having a heating pad arranged at inner lower portion. A heating pad cover is configured above the heating pad. A pulling means is attached with heating pad and is extended outside, via a hole, from bag body. A pull ring is attached at exterior end of pulling means to pull the pulling means to activate the heating pad. A tray is placed above heating pad cover, wherein the packed food shall be placed above the tray to heat the food. A method of operating the bag comprises placing food package on a tray which is placed inside the bag and pulling a pulling means of heating kit, using a pull ring, through a hole, whereby heating the food by the steam that generates from heating kit.

Disclosed is a hotbox food delivery bag that retains temperature for a long time and is easy to operate. The bag comprises a heating kit having a heating pad arranged at inner lower portion. A heating pad cover is configured above the heating pad. A pulling means is attached with heating pad and is extended outside, via a hole, from bag body. A pull ring is attached at exterior end of pulling means to pull the pulling means to activate the heating pad. A tray is placed above heating pad cover, wherein the packed food shall be placed above the tray to heat the food. A method of operating the bag comprises placing food package on a tray which is placed inside the bag and pulling a pulling means of heating kit, using a pull ring, through a hole, whereby heating the food by the steam that generates from heating kit.

An assembly is provided. The assembly comprises of a container which may be a reusable or single-use container intended for the storage, transport, temperature regulation, modification, prevention of contamination, usage, removal, presentation, consumption, assembly, and/or the experience around food products contained inside of the plurality of locked compartments which are opened in a programmed sequence determined by a processing assembly device. The user of the container can utilize the contents of each of the container compartments as they are unlocked one at a time based on a preset sequence of events. These events may utilize sensor data to determine if a previous compartment is completely empty to send the command to unlock the next compartment in sequence. An administrator can set and/or override the sequence of the compartments to unlock from the container and program the rules for unlocking the container compartments.

An assembly is provided. The assembly comprises of a container which may be a reusable or single-use container intended for the storage, transport, temperature regulation, modification, prevention of contamination, usage, removal, presentation, consumption, assembly, and/or the experience around food products contained inside of the plurality of locked compartments which are opened in a programmed sequence determined by a processing assembly device. The user of the container can utilize the contents of each of the container compartments as they are unlocked one at a time based on a preset sequence of events. These events may utilize sensor data to determine if a previous compartment is completely empty to send the command to unlock the next compartment in sequence. An administrator can set and/or override the sequence of the compartments to unlock from the container and program the rules for unlocking the container compartments.