Abstract: A self-leveling container system may include a container and a lid. The lid may include a leveling mechanism coupled to a first portion of the lid a distance from a front edge of the first portion. The lid may include a second portion rotatably coupled to the first portion. The leveling mechanism may be configured to contact a scoop to remove excess of one or more substances in a scoop when the scoop is removed from the recess.

Abstract: A self-leveling container system may include a container and a lid. The lid may include a leveling mechanism coupled to a first portion of the lid a distance from a front edge of the first portion. The lid may include a second portion rotatably coupled to the first portion. The leveling mechanism may be configured to contact a scoop to remove excess of one or more substances in a scoop when the scoop is removed from the recess.

Abstract: Managing power in an electronic device to enhance battery performance includes various elements. One aspect includes automatically accelerating discharge of a battery below a threshold prior to recharging the battery. Another aspect includes measuring power requirements of modular components to create an order for use in power distribution. For example, a modular component with a highest power requirement might be charged first. In another example, power might be transferred first from a modular component with a lowest power requirement.

Abstract: A method, system, and medium are provided for managing power in an electronic device to enhance battery performance. One aspect includes automatically accelerating discharge of a battery below a threshold prior to recharging the battery. Another aspect includes measuring power requirements of modular components to create an order for use in power distribution. For example, a modular component with a highest power requirement might be charged first. In another example, power might be transferred first from a modular component with a lowest power requirement.