Portable, beverage mixing system

A mixing system comprising:

• a container defining an inner bore configured for loading with consumable beverages;
• a lid:
• configured to transiently couple to the container in a closed configuration;
• defining:
• an outer face and an inner face facing the inner bore in the closed configuration;
• and
• an opening extending between the outer face and the inner face and configured to convey fluid from the inner bore into a mouth of a user;
• and
• comprising:
• a housing;
• a mixer receptacle extending from the housing;
• a channel extending between the inner face and the outer face;
• a pressure valve arranged within the channel and configured to:
• occupy a closed state to prevent airflow through the channel;
• and
• transition from the closed state to an open state to release air from within the container to reduce pressure within the container in response to pressure within the container exceeding a threshold pressure;
• a user interface arranged on the outer face and comprising a set of user controls;
• a set of electronics arranged within the housing and comprising:
• a motor arranged within the housing and coupled to the mixer receptacle;
• a controller coupled to the motor and configured to transiently actuate the motor responsive to selection of the set of user controls by the user;
• and
• a power supply configured to supply power to the motor and the controller;
• and
• a set of supports:
• arranged about the motor within the housing;
• and
• configured to absorb energy output by the motor to stabilize the motor during actuation of the motor;
• and
• a mixer comprising:
• a connector section configured to transiently engage the mixer receptacle to mechanically couple the mixer to the motor;
• and
• a mixing section:
• extending from the connector section;
• configured to seat along a central axis defined by the container in the closed configuration;
• and
• configured to mix ingredients loaded within the inner bore of the container to generate a homogenous mixture responsive to actuation of the motor.

A mixing system comprising:

• a container defining an inner bore configured for loading with consumable beverages;
• a lid:
• configured to transiently couple to the container in a closed configuration;
• defining:
• an outer face and an inner face facing the inner bore in the closed configuration;
• and
• an opening extending between the outer face and the inner face and configured to convey fluid from the inner bore into a mouth of a user;
• and
• comprising:
• a housing;
• a mixer receptacle extending from the housing;
• a user interface arranged on the outer face and comprising a set of user controls;
• a first sensor configured to record an internal pressure within the container in the closed configuration;
• a second sensor configured to record an internal temperature within the container in the closed configuration;
• a set of electronics arranged within the housing and comprising:
• a motor arranged within the housing and coupled to the mixer receptacle;
• a controller coupled to the motor and configured to transiently actuate the motor:
• responsive to selection of the set of user controls by the user;
• and
• according to a mixing protocol based on the internal pressure and the internal temperature;
• and
• a power supply configured to supply power to the motor and the controller;
• and
• set of supports:
• arranged about the motor within the housing;
• and
• configured to absorb energy output by the motor to stabilize the motor during actuation of the motor;
• and
• a mixer comprising:
• a connector section configured to transiently engage the mixer receptacle to mechanically couple the mixer to the motor;
• and
• a mixing section:
• extending from the connector section;
• configured to seat along a central axis defined by the container in the closed configuration;
• and
• configured to mix ingredients loaded within the inner bore of the container to generate a homogenous mixture responsive to actuation of the motor.