Embodiments of the present invention provide a system and associated smart fuel nozzle for improved fuel delivery to a vehicle. In particular, the smart fuel nozzle which can be in communication with a network including one or more of a fuel service provider, a courier's smart device, an user's device having an App, and in some embodiments, a vehicle's onboard computer/associated smart device. According to some aspects, the smart fuel nozzle can be used for controlled and monitored fuel delivery by a courier at the vehicle's location. According to some aspects, the ability to monitor the fuel being delivered can ensure proper delivery, quality of fuel, safe delivery, and automated order processing and/or confirmation.

A compartmentalized carryall with a compartment for items, including electronic personal items, and a separately attached insulated compartment for a container that can be accessed for dispensing via an opening with a cover. This carryall would be comprised of at least two compartments. One compartment could be utilized for carrying items including wallets and electronics, such as key fobs and cellular phones. Another insulated compartment would carry a container. This container, with an attached dispensing mechanism, would be accessed through an opening from the carryall's second compartment to the carryall's exterior. This opening would be overlaid with a removable cover attached on the carryall's exterior. At least one handle strap would be attached to carryall.

The beverage machine may comprise a housing assembly, a water generation assembly, a water storage assembly, and a beverage generation assembly. The water generation assembly may be positioned within the housing assembly and is designed to extract water from the air. In preferred embodiments, the water generation assembly comprises a desiccant system designed to extract moisture from the air and convert it into water using a desiccant. The process typically involves pulling air into the system, where it comes into contact with a desiccant that attracts the moisture. This moisture-laden desiccant is then heated, releasing the water vapor, which is subsequently condensed into liquid water and collected. The water storage assembly is mounted to the housing assembly and is adapted to store and sanitize the water collected by the water generation assembly. The beverage generation assembly utilizes the sanitized water stored in the water storage assembly to produce beverages.

A jockey box system used with a cooler having a thermal spacer with a front wall and two tapered side walls. The said thermal spacer is positioned on an upper edge of a body of the cooler and the thermal spacer has one or more inlets and one or more outlets formed on the front wall and a cooling system mounted below the thermal spacer for cooling contents of the cooler. The jockey box system is configured to be installed and removed from the cooler without modifying the cooler.

An insulated container having an internal chamber, a second container received within the internal chamber, a spigot assembly extending through a passageway through a wall of the insulated container and removably coupled to the second container, the spigot assembly being in fluid communication with the second container for dispensing liquid out of the insulated container.

There is described a wine supply system. The wine supply system generally has a tank in a source building, the tank containing wine; a plurality of ducts extending between the tank and a corresponding plurality of dispensing buildings remote from the source building and from one another, at least some wine being forcingly guided from the tank to the dispensing buildings via the plurality of ducts; and a temperature maintaining device disposed along the plurality of ducts outside of the source building and the plurality of dispensing buildings, the temperature maintaining device configured for at least one of heating and cooling said ducts to maintain the wine within a given temperature range.