A cleaning device comprising: a base having a first side and an opposed second side; a first deployment element pivotally connected to the first side of the base and pivotable from a first stowed position to a first deployed position; a second deployment element pivotally connected to the second side of the base and pivotable from a second stowed position to a second deployed position; a first biasing device engaging the base and the first deployment element, the first biasing device biasing the first deployment element towards the first deployed position, a second biasing device engaging the base and the second deployment element, the second biasing device biasing the second deployment element towards the second deployed position; and a release mechanism supported by the base, the release mechanism engaging the first deployment element to hold the first deployment element in the first stowed position, the release mechanism engaging the second deployment element to hold the second deployment element in the second stowed position, characterized in that the release mechanism comprises: (i) a first arm for engaging the first deployment element to hold the first deployment element in the first stowed position; and (ii) a second arm for engaging the second deployment element to hold the second deployment element in the second stowed position; and (iii) an actuator button attached to the first arm and the second arm, the button moving a first end of the first arm toward a second end of the second arm when the button is depressed; wherein the release mechanism is manually actuatable to disengage the first deployment element and disengage the second deployment element thereby permitting the first biasing device to move the first deployment element to the first deployed position and permitting the second biasing device to move the second deployment element to the second deployed position. a base having a first side and an opposed second side; a first deployment element pivotally connected to the first side of the base and pivotable from a first stowed position to a first deployed position; a second deployment element pivotally connected to the second side of the base and pivotable from a second stowed position to a second deployed position; a first biasing device engaging the base and the first deployment element, the first biasing device biasing the first deployment element towards the first deployed position, a second biasing device engaging the base and the second deployment element, the second biasing device biasing the second deployment element towards the second deployed position; and a release mechanism supported by the base, the release mechanism engaging the first deployment element to hold the first deployment element in the first stowed position, the release mechanism engaging the second deployment element to hold the second deployment element in the second stowed position, characterized in that the release mechanism comprises: (i) a first arm for engaging the first deployment element to hold the first deployment element in the first stowed position; and (ii) a second arm for engaging the second deployment element to hold the second deployment element in the second stowed position; and (iii) an actuator button attached to the first arm and the second arm, the button moving a first end of the first arm toward a second end of the second arm when the button is depressed; (i) a first arm for engaging the first deployment element to hold the first deployment element in the first stowed position; and (ii) a second arm for engaging the second deployment element to hold the second deployment element in the second stowed position; and (iii) an actuator button attached to the first arm and the second arm, the button moving a first end of the first arm toward a second end of the second arm when the button is depressed; wherein the release mechanism is manually actuatable to disengage the first deployment element and disengage the second deployment element thereby permitting the first biasing device to move the first deployment element to the first deployed position and permitting the second biasing device to move the second deployment element to the second deployed position.