Portable, beverage mixing system

1. 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 set of sensors configured to record a set of controls within the container;

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 based on the set of controls; 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.

2. The mixing system of claim 1 :

wherein the mixing section defines a distal end opposite the connector section; and

wherein the set of supports is configured to absorb energy output by the motor to reduce vibration of the motor and constrain displacement of the distal end from the central axis during rotation of the mixer responsive to actuation of the motor.

3. The mixing system of claim 1 :

wherein the set of supports is formed of a silicone material;

wherein the container is formed of a glass material; and

wherein the mixing section is formed of a metal material.

4. The mixing system of claim 1 :

wherein the motor is configured to rotate the mixer according to a set of blend settings;

wherein the set of user controls comprises:

a first user control corresponding to a first blend setting in the set of blend settings; and

a second user control corresponding to a second blend setting in the set of blend settings; and

wherein the controller is configured to:

actuate the motor according to the first blend setting responsive to selection of the first user control by the user; and

actuate the motor according to the second blend setting responsive to selection of the second user control by the user.

5. The mixing system of claim 4 :

wherein the motor is configured to rotate the mixer according to the set of blend settings comprising:

the first blend setting comprising a first mixing speed; and

the second blend setting comprising a second mixing speed exceeding the first mixing speed; and

wherein the controller is configured to:

actuate the motor according to the first mixing speed responsive to selection of the first user control by the user; and

actuate the motor according to the second mixing speed responsive to selection of the second user control by the user.

6. The mixing system of claim 4 :

wherein the motor is configured to rotate the mixer according to the set of blend settings comprising:

the first blend setting corresponding to beverages of a first beverage type defining a first target temperature and a first target viscosity; and

the second blend setting corresponding to beverages of a second beverage type defining a second target temperature and a second target viscosity; and

wherein the controller is configured to:

actuate the motor according to the first blend setting, responsive to selection of the first user control, to:

regulate temperature of ingredients in the container within a first threshold deviation of the first target temperature; and

regulate viscosity of ingredients in the container within a second threshold deviation of the first target viscosity; and

actuate the motor according to the second blend setting, responsive to selection of the second user control, to:

regulate temperature of ingredients in the container within a third threshold deviation of the second target temperature; and

regulate viscosity of ingredients in the container within a fourth threshold deviation of the second target viscosity.

7. The mixing system of claim 1 :

wherein the lid comprises a charge receptacle configured to transiently receive a charge connector electrically coupled to an external power supply to electrically couple the external power supply to the power supply within the lid during a charge cycle; and

wherein the controller is configured to:

track a charge level of the power supply;

actuate the motor responsive to selection of the set of user controls and according to a mixing protocol, in a set of mixing protocols, corresponding to the charge level; and

disable actuation of the motor during the charge cycle.

8. The mixing system of claim 1 :

wherein the mixing section comprises a first mixing head corresponding to a first beverage type; and

further comprising a second mixer comprising:

a second connector section configured to transiently engage the mixer receptacle to mechanically couple the second mixer to the motor; and

a second mixing section:

extending from the second connector section along the central axis;

configured to rotate about the central axis to mix ingredients loaded within the inner bore of the container to generate a second homogenous mixture responsive to actuation of the motor; and

comprising a second mixing head corresponding to a second beverage type.

9. The mixing system of claim 8 :

wherein the first mixing head comprises a frother configured to aerate beverages of the first beverage type; and

wherein the second mixing head comprises a whisk configured to blend beverages of the second beverage type.

10. The mixing system of claim 1 , wherein the lid further comprises:

a channel extending between the inner face and the outer face; and

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.

11. The mixing system of claim 1 :

wherein the set of sensors comprises:

a first sensor configured to record an internal pressure within the container in the closed configuration; and

a second sensor configured to record an internal temperature within the container in the closed configuration; and

wherein the controller is configured to actuate the motor according to a mixing protocol based on the internal pressure and the internal temperature.

12. The mixing system of claim 1 :

wherein the set of user controls comprises a first user control corresponding to mixing speed; and

wherein the controller is configured to:

track a quantity of selections entered by the user at the first user control within a set duration; and

actuate the motor according to a particular mixing speed, in a set of mixing speeds, based on the quantity of selections.

13. The mixing system of claim 1 :

wherein the mixer receptacle is arranged below the housing and mechanically coupled to a driveshaft extending through the housing along the central axis defined by the container;

wherein the motor is:

mechanically coupled to the driveshaft; and

configured to rotate the mixer receptacle to rotate the mixer;

wherein the connector section of the mixer is configured to transiently engage the mixer receptacle to couple the mixer to the motor and locate the mixing section within the container and coaxial the driveshaft along the central axis; and

wherein the set of supports is

configured to absorb energy output by the motor to limit vibration of the motor to constrain displacement of the mixer from the central axis during actuation of the motor.

14. The mixing system of claim 1 , wherein the set of supports comprises a set of silicone gaskets arranged between inner walls of the housing and surfaces of the motor and configured to flexibly constrain the motor within the housing.

15. The mixing system of claim 1 :

wherein the connector section comprises an attachment receptacle;

wherein the mixing section comprises:

a first shaft section defining a first end and a second end configured to insert into the attachment receptacle to couple the mixing section to the connector section; and

a first mixing head arranged on the first end of the first shaft section and configured to transiently mix ingredients loaded within the container responsive to actuation of the motor; and

further comprising a second mixing section comprising:

a second shaft section defining a first end and a second end configured to insert into the attachment receptacle to couple the second mixing section to the connector section; and

a second mixing head arranged on the first end of the second shaft section and configured to transiently mix ingredients loaded within the container responsive to actuation of the motor.

16. The mixing system of claim 1 :

wherein the set of sensors comprises a first sensor configured to record a fill level of fluid within the container;

wherein the lid comprises:

a fill level indicator arranged on the outer face and configured to signal a depth of liquid within the container; and

a motor indicator configured to signal:

actuation of the motor; and

deactivation of the motor; and

wherein the controller is configured to deactivate the motor and activate the fill level indicator in response to the fill level exceeding a threshold fill level defined for the container.

17. The mixing system of claim 1 :

wherein the set of sensors comprises:

a first sensor configured to record an internal pressure within the container in the closed configuration; and

a second sensor configured to record an internal temperature within the container in the closed configuration; and

wherein the controller is configured to actuate the motor according to a mixing protocol to:

regulate the internal pressure within a threshold deviation of a target pressure defined for the container;

regulate the internal temperature within a threshold deviation of a target temperature defined for a beverage type, in a set of beverage types, of a beverage loaded in the container; and

regulate a viscosity of the beverage within a threshold deviation of a target viscosity defined for the beverage type.

18. The mixing system of claim 1 :

wherein the set of sensors comprises a first sensor configured to record an internal pressure within the container in the closed configuration; and

wherein the controller is configured to actuate the motor according to a mixing protocol to regulate the internal pressure within a threshold deviation of a target pressure defined for the container.

19. 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.

20. 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.