Whirlpool Corporation

Kapil Gupta

Richard Lawrence Kretz

Peter I Bilionis

Ronald M Nowell, Jr

Matthew M Hansen

Akshay Sanjay Tondwal

Ronald M Nowell

Ameresh Babu Viswanathan

Darryl C Bodine

Jerry M Visin

Harshal J Bhajak

Kevin T Kutto

Matthew Martin Kenneth Hansen

Sujay Sunil Dabade

A countertop appliance includes a body with a pedestal and a mixer head that is operably coupled to the body and defines a slot. An adjustment assembly is operably coupled to and selectively disposed within the mixer head. The adjustment assembly includes an actuation feature that defines detents and includes an actuator with a first engagement member and a second engagement member. A slider that includes a knob extends outwardly from the slot defined by the mixer head. The knob is selectively coupled to the actuation feature. A barrier member is operably coupled to the slider proximate to the slot defined by the mixer head and the actuation feature.

Adjustment assembly for a countertop appliance

A speed control assembly for an appliance includes a bracket and a cam that is slidably coupled with the bracket and has an engagement edge. A lever is operably coupled with the cam and is configured to move the cam along the bracket. A slider is fixedly coupled with the bracket and a magnet is disposed adjacent the engagement edge. A ball bearing that is in magnetic communication with the magnet is configured to be selectively engaged with one of a plurality of retention spaces that are defined by the engagement edge of the cam. A sensor is configured to detect a position of the magnet.

Speed control assembly for appliance

An adjustment assembly for a counter appliance includes a bracket that defines an opening and includes retention features defined proximate to the opening. A slider is operably coupled to the bracket and includes a knob that extends through the opening that is defined by the bracket. The slider defines a groove and a notch. A barrier member is operably coupled to the slider and is selectively coupled to the retention features of the bracket. The barrier member includes a spine that is slidably disposed within the groove defined by the slider and selectively engaged with the notch.

A speed control assembly for an appliance includes a bracket. The bracket is aligned with a slot defined by an appliance body. A cam is slidably coupled with the bracket and has an engagement edge positioned at an angle relative to the bracket. A lever is operably coupled with the cam and extends through the slot. The lever is configured to move the cam along the bracket. A slider is fixedly coupled with the bracket. A magnet housing is operably coupled with the slider and is configured to house a magnet. The magnet housing defines a recess. A ball bearing is magnetically coupled with the magnet housing and is positioned within the recess. The ball bearing is configured to be selectively engaged with the engagement edge of the cam. A Hall-effect sensor configured to detect the position of the magnet.

A dishwasher has an interior with a tub and a dish rack slidably attached to the tub. The dish rack has vertically-oriented side rail and a height adjustment system. The adjustment system includes height adjustment mechanisms alongside the walls of the dish rack for vertically shifting the dish rack between lowered and raised positions relative to the tub. Each of the adjustment mechanisms includes an adjuster arm fixed vertically relative to the tub, with a locking boss at the first end, and a locking clip on the adjuster arm having at least one locking tab adapted to couple with the locking boss to prevent the rack from shifting vertically relative to the adjuster arm. The locking clip has a pair of interference ribs engaging a pair of side rails to prevent rotational movement of the rack with respect to the dishwasher.

Stable height adjuster mechanism

A dishwasher includes a tub at least partially defining a treating chamber, at least one dish rack in the treating chamber, and a rack height adjustment assembly. The rack height adjustment assembly includes an adjuster plate slidably coupled to the at least one dish rack and fixed vertically relative to the tub, the adjuster plate including at least one adjuster detent, a locking lever having a catch end that is biased to engage the adjuster detent to hold the dish rack in place in either a lowered or raised position, the locking lever being pivotally movable relative to the at least one dish rack between an engaging position where the catch end engages the adjuster detent and a release position where the catch end does not engage the adjuster detent and the dish rack is vertically movable between the lowered and raised positions, and an actuator configured to move the locking lever to the release position when the actuator is moved from an undepressed position to a depressed position.

Dishwasher with vertically adjustable dish rack

A dish rack assembly includes a dish rack having spaced wire frame elements at least partially defining a side wall, a height adjuster comprising an arm located on an exterior of the side wall and a retaining clip mounted to the arm and located on an interior of the side wall that can limit the relative movement of the dish rack.

Dish rack retaining clip

A dish rack is supported for vertical movement relative to a dishwasher tub between lowered and raised positions. To raise the rack, spring biased locking levers provided on side walls of the dish rack are pivoted to cause wing members of the locking levers to release locking tabs, extending in a cantilevered fashion from locking straps secured to the rack, from locking openings provided in adjuster arms which are fixed vertically relative to the tub, thereby disengaging the locking straps from the adjuster arms to enable the rack to be lifted to the raised position. To lower the rack, the locking levers are again pivoted to reposition support members of the locking straps into positions offset from the adjuster arms, thereby enabling the rack to be guided to the lowered position where the locking tabs automatically engage the adjuster arms.

Growing community of inventors

Maharashtra, India

Kapil Gupta