Abstract: Load planner station devices, systems, and methods. The present disclosure includes disclosure of a load planner station, comprising a skid base configured to cover and slide upon a plurality of swivel casters of a swivel caster platform, a main compartment positioned upon the skid base, the main compartment defining an upper work surface, one or more peripheral devices positioned upon the upper work surface, one or more rechargeable batteries positioned within the main compartment and configured to provide power to the one or more peripheral devices, and one or more guard rails coupled to and extending upward from the skid base.

Abstract: Static base station structures having a plurality of detachable mobile components, systems, and methods of receiving, storing, and charging the plurality of detachable mobile components are disclosed herein. The static base station structure may be a desk or kiosk including an electronic device. The plurality of detachable mobile components may be wheeled mobile desks or kiosks, each having their own electronic device, and detachable from and independently operable from the static structure. The electronic devices of the plurality of detachable mobile components may maintain wireless communications with the electronic device of the static structure, or with the electronic device of another remote device, even when physically separated. When the detachable mobile component is no longer needed, it may be returned to a docking station within the static base station structure for storing and charging.

Abstract: Static base station structures having a plurality of detachable mobile components, systems, and methods of receiving, storing, and charging the plurality of detachable mobile components are disclosed herein. The static base station structure may be a desk or kiosk including an electronic device. The plurality of detachable mobile components may be wheeled mobile desks or kiosks, each having their own electronic device, and detachable from and independently operable from the static structure. The electronic devices of the plurality of detachable mobile components may maintain wireless communications with the electronic device of the static structure, or with the electronic device of another remote device, even when physically separated. When the detachable mobile component is no longer needed, it may be returned to a docking station within the static base station structure for storing and charging.

Abstract: Powered warehouse carts and methods of using the same. The present disclosure includes disclosure of a warehouse cart, comprising a cart body having a bottom, a first side, an opposite second side, and a back, a first shelf coupled to a shelf lift mechanism coupled to or positioned relative to the cart body, and a battery configured to provide power to the shelf lift mechanism to move the first shelf up and down.

Abstract: Static base station structures having a plurality of detachable mobile components, systems, and methods of receiving, storing, and charging the plurality of detachable mobile components are disclosed herein. The static base station structure may be a desk or kiosk including an electronic device. The plurality of detachable mobile components may be wheeled mobile desks or kiosks, each having their own electronic device, and detachable from and independently operable from the static structure. The electronic devices of the plurality of detachable mobile components may maintain wireless communications with the electronic device of the static structure, or with the electronic device of another remote device, even when physically separated. When the detachable mobile component is no longer needed, it may be returned to a docking station within the static base station structure for storing and charging.