Multi-position blender

1 . A blender comprising:

a base;

a sensor disposed in the base;

a container selectively coupled with the base in a first rotational position and in a second rotational position, the container having an upper portion and a lower portion;

a lid selectively engaging the upper portion of the container;

a carrier in the lower portion and extending between a first end and a second end, the carrier including:

a first magnet disposed proximate the first end; and

a second magnet disposed proximate the second end, wherein the sensor is configured to detect the first magnet in the first rotational position and the second magnet in the second rotational position; and

a rod extending between the lid and the carrier, the rod movable between an upward and a downward position, wherein the lid moves the rod toward the downward position, wherein the carrier includes an elongated body that defines a slot configured to receive the rod, and wherein the moving of the rod toward the downward position is operable to move the carrier toward the sensor.

2 . The blender of claim 1 , wherein the sensor is limited from detecting a magnetic field of the first and second magnets in response to the rod being in the upward position.

3 . The blender of claim 1 , wherein the carrier defines a first hollow proximate the first end and receiving the first magnet and a second hollow proximate the second end and receiving the second magnet.

4 . The blender of claim 3 , further comprising:

a resilient member disposed in the first hollow configured to bias the first magnet away from the elongated body.

5 . The blender of claim 4 , further comprising:

a tubular member moveable in the first hollow and holding the first magnet.

6 . The blender of claim 5 , wherein the tubular member is configured to engage the base in response to the bias of the first magnet away from the elongated body.

7 . The blender of claim 6 , further comprising:

a cap disposed proximate each of the first end and the second end and covering the first and second hollows above the first and second magnets.

8 . The blender of claim 7 , wherein the resilient member is sandwiched between the tubular member and the cap.

9 . The blender of claim 1 , further comprising:

a casing disposed around the rod between the lower portion and the lid; and

a biasing member extending between the casing and the rod and configured to bias the rod toward the upward position.

10 . The blender of claim 9 , further comprising:

a plunger mechanically interposing the lid and the rod to drive the rod through the casing when the lid is secured at the upper portion.

11 . The blender of claim 10 , wherein the casing includes one or more stabilizers to allow translation of the rod between the upward and downward positions.

12 . The blender of claim 1 , wherein the sensor is a reed switch.

13 . The blender of claim 1 , further comprising:

a handle operable to move the container relative to the base, wherein the first rotational position corresponds to a right-hand orientation of the handle and the second rotational position corresponds to a left-hand orientation of the handle.

14 . The blender of claim 13 , wherein the carrier extending between the first end and the second end allows the first magnet to align with the sensor in the right-hand orientation and to allow the second magnet to align with the sensor in the left-hand orientation.

15 . A blender comprising:

a base;

a lid;

a sensor disposed in the base;

a container selectively coupled with the base in a first rotational position and in a second rotational position;

a carrier extending between a first end and a second end;

a rod extending between the lid and the carrier, wherein the rod is movable toward a downward position, and wherein movement of the rod toward the downward position operates the carrier toward the sensor;

a first magnet disposed proximate the first end; and

a second magnet disposed proximate the second end, wherein the sensor is configured to detect the first magnet in the first rotational position and the second magnet in the second rotational position.

16 . The blender of claim 15 , wherein the carrier defines a slot configured to receive the rod.

17 . The blender of claim 15 , wherein the lid is operable to move the rod toward the downward position.

18 . The blender of claim 15 , further comprising:

a handle for moving the container relative to the base, wherein the first rotational position corresponds to a right-hand orientation of the handle and the second rotational position corresponds to a left-hand orientation of the handle.

19 . The blender of claim 18 , wherein the carrier has an elongated body between the first end and the second end to allow the first magnet to align with the sensor in the right-hand orientation and to allow the second magnet to align with the sensor in the left-hand orientation.

20 . A blender comprising:

a base;

a reed switch disposed in the base;

a container selectively coupled with the base in a first rotational position and in a second rotational position, the container having an upper portion and a lower portion;

a lid selectively engaging the upper portion of the container;

a handle operable to move the container relative to the base, wherein the first rotational position corresponds to a right-hand orientation of the handle and the second rotational position corresponds to a left-hand orientation of the handle; and

a carrier in the lower portion and extending between a first end and a second end, the carrier including:

a rod operably coupling the lid to the carrier, wherein the lid moves the rod toward a downward position, and wherein movement of the rod toward the downward position actuates the carrier toward the reed switch;

a first magnet disposed proximate the first end;

a second magnet disposed proximate the second end, wherein the reed switch is configured to detect the first magnet in the first rotational position and the second magnet in the second rotational position; and

an elongated body between the first end and the second end to allow the first magnet to align with a sensor in the right-hand orientation and to allow the second magnet to align with the sensor in the left-hand orientation.